Advanced Analysis of Steel and Steel-Concrete Composite Structures
Prof. Ricardo Azoubel da Mota Silveira – Federal University of Ouro Preto email@example.com
The aim of this mini-symposium is to summarize the progress in theoretical, computational and experimental research in the field of structural analysis of steel and steel-concrete composite structures. Special emphasis is always given to new concepts and procedures concerning the computational modelling, structural analysis and design of steel and steel-concrete composite structures. Topics of interest include static and dynamic analysis, fatigue analysis, seismic analysis, vibration control, stability design, structural connections, cold-formed members, bridges and footbridges, fire engineering, trusses, tower and masts, linear and nonlinear structural dynamics and soil-structure interaction. Papers of all research areas related to theoretical, numerical and experimental aspects concerning the computational modelling, analysis and design of steel and steel-concrete composite structures are very welcome.
Advances and Applications of Meshless Methods and Novel Discretization Strategies
Lapo Gori – Federal University of Minas Gerais firstname.lastname@example.org
Roque Luiz da Silva Pitangueira – Federal University of Minas Gerais email@example.com
Felício Bruzzi Barros – Federal University of Minas Gerais firstname.lastname@example.org
José Antonio Fontes Santiago – Federal University of Rio de Janeiro email@example.com
Meshless methods are gaining an increasingly significant role in the study of challenging engineering problems, which are difficult to be addressed with conventional methods. The goal of this minisymposium is to bring together experts working in the field of meshless methods and related methods, to discuss recent developments and applications, and to share research results. It aims to create a collaborative environment towards a rapid progress of these methods in different engineering fields. The topics of interest for this minisymposium include (but are not limited to) the following:
• recent advances in meshless formulations
• adaptive strategies
• coupling with other methods
• applications to geometrically nonlinear, elastoplastic, damage or phase-field problems
• applications to challenging engineering problems
• other novel discretization strategies that, like the meshless approach, aims for a reduction of mesh-related issues, such as isogeometric analysis, smoothed finite elements, enriched partition of unity based methods and the virtual elements method, for example.
Advanced Computational Workflows and Tools for Characterization of Petroleum Reservoirs
Dr Rafael March – Halliburton firstname.lastname@example.org
Dr Santiago Drexler – Halliburton email@example.com
Dr Joao Paulo Pereira Nunes – Petrobras
Prof. Paulo Couto – UFRJ firstname.lastname@example.org
Dr Frances Abbots – Shell – email@example.com
Hydrocarbon resources still play a major role in the world’s energy mix. The quest towards cleaner and more efficient exploitation of hydrocarbon resources heavily relies on reducing the uncertainties in the characterization and evaluation of hydrocarbon reservoirs. Computational models and workflows play a key role to achieve this due to our limited knowledge of the rock properties, the multi-scale nature of porous media and our inability to conduct experiments at the reservoir scale. This mini-symposium aims to provide a platform for knowledge exchange in the field of reservoir evaluation using computational tools across multiple spatial scales. We welcome contributions in topics such as: advances in pore-scale simulation of fluid flow, computational modelling of rock deformation/geomechanics, computational upscaling techniques, machine-learning based workflows for formation evaluation and prediction of reservoir properties. We particularly welcome contributions that establish a close link between academic research and industry.
Advanced Gridding and Discretization Techniques for Petroleum Reservoir Simulation
Paulo R. M. Lyra – Universidade Federal de Pernambuco firstname.lastname@example.org
Darlan K. E. Carvalho – Universidade Federal de Pernambuco email@example.com
Clovis R. Maliska – Universidade Federal de Santa Catarina firstname.lastname@example.org
Maicon R. Correa – Universidade Estadual de Campinas email@example.com
The mini-symposium is dedicated to the discussion of recent developments and applications in the field of Numerical Simulation of Petroleum Reservoirs and related disciplines, including new gridding, numerical formulations and multiscale methods. The goal is to bring together researchers, students and professionals in the field of Petroleum Reservoir Simulation and related areas. The scope of the mini-symposium ranges from the mathematical and computational methods to the modeling and simulation of challenging applications in petroleum reservoir simulation.
Advances in Mechanical Modeling Of Composite Materials And Metamaterials
AREF K. L. KZAM – Universidade Federal da Integração Latina-Americana firstname.lastname@example.org
FABIO C. ROCHA – Universidade Federal de Sergipe email@example.com
JESÚS D. V. MORALES – Pontificia Universidad Javeriana firstname.lastname@example.org
MARIA S. M. SAMPAIO – Universidade do Estado do Amazonas email@example.com
In recent years, the use of physics and biological-based innovative materials has recently influenced a diverse range of Engineering industries:Civil, Mechanical, Electrical, Medical, Aeronautics, Aerospaceand Mechatronics. These materials are carefully conceived to have a set of properties that cannot be found in nature. In the case of composite materials, new properties are raised by the right disposition and interaction of different materials, while the geometrical distribution and periodicity are the primaryconcern in metamaterials. For a further understanding ofthe behavior of these materials, it is necessary to carry out theoretical, numerical and experimental developments that allow their use in the design of new engineering products, which could not be suitably obtained with classic materials. In this sense, this Mini-Symposium aims to provide a forum for the dissemination and discussion of the latest advances in the physical-mechanical modeling of composite materials and metamaterials. Focus is on theoretical, numerical and experimental researches with emphasis on a synthesized and accurate description of the overall constitutive behavior of such complex materials and also to innovative computational methods. The topics of the Mini-Symposium include, but are not limited to: modeling and experimental testing of composite, periodic materials and metamaterials; Identification of equivalent homogeneous solids via advanced homogenization techniques; Local and nonlocal constitutive modeling; Mechanics of damage, plasticity, strain localization phenomena and material instabilities; Multi-field problems; Sonic wave propagation control; Energy transfers; Parametric and topological optimization; Mechanical and acoustical vibration control; engineering applications.
Advances in Modelling and Simulation of Wind Energy Systems
Marcus Vinicius Girão de Morais – Marcus Vinicius Girão de Morais firstname.lastname@example.org
Suzana Moreira Ávila – Federal University of Brasilia email@example.com
Faced with a future scenario of the scarcity of fossil fuels and large impacts on the environment, the use of renewable energy sources has become the wide object of studies that seek to diversify the global energy mix.
Among these various sources, there are other alternatives such as wind energy. The use of turbines for energy recovery is characterized as a low environmental impact conversion process, which can represent innovative solutions in the context of energy local, regional or national headquarters
Unexpected failures of wind turbine components, such as blades and towers are related to up to 40% of a wind farm cost. Reducing maintenance costs and extend wind turbines lifespan is a challenge.
The aim of this mini-symposium is to bring together researchers in computational mechanics, computer science, engineering and applied mathematics, and practitioners in wind energy systems, to tackle the problems of computer-based modelling & simulations.
Advances in Solid and Structural Mechanics
Paulo M. Pimenta – University of São Paulo – firstname.lastname@example.org
José Luís Drummond Alves – Federal University of Rio de Janeiro – email@example.com
Philippe Devloo – University of Campinas – firstname.lastname@example.org
Ney Dumont – PUC-RJ – email@example.com
This mini-symposium welcomes contributions on all subfields of solid mechanics and structural mechanics that are related to computational modeling, simulation, numerical methods and applications. Contributions that do not fit in the scope of other (more specific) mini-symposium, but are somehow related to solid and structural mechanics, are equally welcome.
Analysis And Design Of Offshore Systems
Prof. Bruno Martins Jacovazzo – Federal University of Rio de Janeiro firstname.lastname@example.org
Prof. Bruno da Fonseca Monteiro – Federal University of Rio de Janeiro email@example.com
Prof. Juliana Souza Baioco – Federal University of Rio de Janeiro firstname.lastname@example.org
Prof. Mauro Henrique Alves de Lima Junior – Federal University of Rio de Janeiro email@example.com
This mini-symposium deals with the application of computational methods in the analysis and design of systems and structural components employed for oil & gas exploration and production as well as for renewable energy applications. Different types of systems and structures can be considered, including for instance fixed platforms, rigid or compliant; moored floating platforms; rigid and flexible risers; pipelines; subsea equipment; wave-wind energy structures; and so on. The methods can be applied to the study of different aspects of the behavior of such systems, including structural and hydrodynamic analysis; oceanography, environmental loadings and fluid-structure interaction; geotechnics, foundation systems and soil-structure interaction; reliability, random and spectral analysis, signal processing, optimization, and other topics.
Applications of Computational Thermo Fluid-Dynamics
Luciano Garelli – Centro de Investigación de Métodos Computacionales, CIMEC, CONICET-UNL, Santa Fe (Arg) firstname.lastname@example.org
Gustavo Ríos Rodríguez – Centro de Investigación de Métodos Computacionales, CIMEC, CONICET-UNL, Santa Fe (Arg) email@example.com
Mario Storti – Centro de Investigación de Métodos Computacionales, CIMEC, CONICET-UNL, Santa Fe (Arg) firstname.lastname@example.org
The MS is devoted to the numerical modeling of coupled flow and thermal problems, specially in industrial applications. The MS will cover the following topics:
• Numerical methods, modeling techniques, and algorithms for the computation of steady and unsteady conjugate heat transfer problems.
• Buoyancy-driven flows.
• Heat exchangers in the industry (e.g. radiators of large scale power transformers) and technology (e.g. small scale like electronic devices) applications.
• Advances in heat transfer enhancement (both with active and passive devices)
• Thermosyphon cooling.
• Applications in energy generation and distribution, specially electrical transformers using biodegradable fluids as cooling fluid.
• Experimental validation and verification of numerical problems.
• Scientific and technological applications.
Boundary Element and Mesh-Reduced Methods
Francisco Célio de Araújo – Federal University of Ouro Preto email@example.com
Ney Augusto Dumont – Pontifical Catholic University of Rio de Janeiro firstname.lastname@example.org
The purpose of this mini-symposium is to have experts discuss their most recent theoretical achievements and engineering-oriented applications in the field of Boundary Element Methods and Meshless Techniques. In this respect, contributions focusing on formulations involving the coupling of boundary-integral-based methods with other numerical methods such as the Finite Element Method are also welcome.
Composite Materials and Structures
Daniel Cardoso – PUC-Rio email@example.com
Flávio Silva – PUC-Rio firstname.lastname@example.org
This mini-symposium is dedicated to the development of composite materials for structural applications and their performance in different scales. The scope includes numerical, analytical and experimental works in the following topics: polymer and cement-based composites; damage and fracture; durability and aging; experimental and simulation techniques; lignocellulosic and green composites; nanocomposites; repair and joining techniques; structural applications; and case studies.
Webe João Mansur – Coppe/UFRJ email@example.com
Edivaldo Figueiredo Fontes Júnior – DMAT/UFRRJ firstname.lastname@example.org
Valéria Cristina Ferreira Barbosa – Observatório Nacional email@example.com
André Guimarães Valente – DE/CSG/IFRJ firstname.lastname@example.org
Leandro Di Bartolo – Observatório Nacional email@example.com
Raphael Vieira Menezes de Souza – Coppe/UFRJ firstname.lastname@example.org
The focus of this mini-symposium is on inversion methods and numerical techniques for processing all kind of geophysical data applied to the oil and gas industry. Contributions dealing with different techniques can be considered including, for instance, migration, tomography, and inversion. New methods or improvements on processing, imaging, regularization, and parameterization are appropriate, as well as in numerical techniques (finite differences, finite element, among others) related to the forward problem.
Christianne de Lyra Nogueira – Universidade Federal de Ouro Preto email@example.com
Naloan Coutinho Sampa – Universidade Federal de Santa Catarina firstname.lastname@example.org
Gracieli Dienstmann – Universidade Federal de Santa Catarina email@example.com
The objective of this mini-symposium is to provide a forum for presentation and discussion
of research’s results in Computational Geomechanics and Geotechnics.
Authors are invited to submit original contributions in the field of soil and rock mechanics.
Emphasis will be on novel computational methods, formulation and practical applications.
Computational Intelligence Techniques For Optimization And Data Modeling
Prof. Nelson F.F. Ebecken – Federal University of Rio de Janeiro firstname.lastname@example.org
Prof. Helio J.C. Barbosa – National Laboratory of Scientific Computing email@example.com
This Mini-Symposium intends to provide a forum in which engineers, researchers, and students can exchange ideas and information about metaheuristic search procedures when applied alone or in association with optimization and machine learning techniques (including deep neural
networks) in the solution of real-world problems in engineering, biology, etc. as well as in data modeling and knowledge discovery tasks.
Computational Methods for Image Processing and Analysis
João Manuel R. S. Tavares – Universidade do Porto, Portugal firstname.lastname@example.org
Alex F. de Araujo – Instituto Federal de Educação, Ciência e Tecnologia de Mato Grosso do Sul email@example.com
In recent years, several efforts have been made to develop efficient and robust computational methods for digital image processing and analysis. Usually, these methods are based on geometrical, statistical or physical approaches and aim to achieve enhanced image visualizations and/or facilitate computer high-level analysis of complex images. Algorithms of Image processing and analysis can be found in various areas, such as industry, engineering, medicine, biology, biomechanics, ambiental analisys and sports, with different goals, like image restoring, image enhancement, image segmentation, image recognition and classification, image description, shape reconstruction, motion analysis and simulation. In line with the CILAMCE/PANACM goals, this proposed Mini-Symposium, which was initiated in CILAMCE 2009 and has been received a good number of submissions, is going to provide a forum for meeting on state-of-the-art and communicating recent developments related to Computational Methods for Image Processing and Analysis, bringing together specialists from various fields related to Computational Vision, Mathematics, Informatics, Statistics, Biologists, Biomedical Imaging and Engineering, with the purpose of identifying the major lines of development for the near future. Moreover, another challenge of the MiniSymposium is to establish a connection between researchers and end-users from related fields.
Possible Topics (not limited to):
– Image Processing and Analysis;
– Image Enhancement;
– Image Restoration, Compression, Segmentation and Description;
– Image Quality metrics;
– Image Segmentation;
– Object Tracking, Matching, Registration, Recognition and Reconstruction;
– Image and Object Classification;
– Visual Inspection;
– 3D Vision;
– Medical Imaging;
– Simulation and Animation;
– Software Development for Image Processing and Analysis;
– Grid Computing in Image Processing and Analysis;
– Deep Learning in Image Processing and Analysis;
– Applications of Image Processing and Analysis.
Computational Modeling of Flow in Porous Media
José L.D. Alves – COPPE/UFRJ firstname.lastname@example.org
Elizabeth M. Pontedeiro – COPPE/UFRJ email@example.com
Martinus van Genuchten – Univ. Utrecht firstname.lastname@example.org
Amir Raoof – Univ. Utrecht A.Raoof@uu.nl
Paulo Couto – COPPE/UFRJ email@example.com
This mini-symposium welcomes contributions on all subfields of computational modeling
of flow in porous media, including all aspects of pore-scale modeling with a particular
emphasis on but not restricted to:
● Novel algorithms and computational methods
● Validation of models against experiments
● New physical insights and theoretical analyses
● Upscaling pore-scale results into continuum-scale descriptions
● Digital reconstruction and characterization
● Evolution of coupled problems with multi-phase flow, reactive transport, deformation in a porous medium
Computational Thermal Sciences
Prof. Thiago Antonini Alves – Federal University of Technology -¬ Paraná (UTFPR) firstname.lastname@example.org
Prof. Augusto Salomão Bornschlegell – Federal University of Grande Dourados (UFGD) email@example.com
João Batista Campos-Silva – São Paulo State University (UNESP) firstname.lastname@example.org
The aim of this mini-symposium is to summarize the progress in theoretical and computational research in the field of Thermal Sciences. Topics of interest include thermodynamics, fluid mechanics, and heat transfer. The goal is to bring together researchers, students, and professionals in this field and related areas.
Computer Methods for Gene Expression Data Processing
Paulo Eduardo Ambrósio – Universidade Estadual de Santa Cruz email@example.com
Gene expression is a measurement of expression levels of various genes at once, with the intent to discover his function and influence in a disease. One way to analyze this expression data is through clustering techniques, which aim to group genes of similar expression tendencies together. The current challenge in this research area is the huge amount of data that needs to be processed simultaneously, which require the development of new techniques and algorithms, principally on machine learning and high performance computing. This Mini-Symposium aims to show recent advances in the area, presenting new techniques of processing, automated analysis and pattern classification. It also intends to be a forum for sharing experiences between specialists, researchers and beginners in the area, presenting and discussing relevant ideas.
Topics (not limited):
Clustering algorithms; Biclustering algorithms; Automated gene expression analysis; Deep learning applied to genetic data; New machine learning techniques.
Data Processing and Analysis
Thiago Magela Rodrigues Dias – CEFET-MG firstname.lastname@example.org
Gray Farias Moita – CEFET-MG email@example.com
The purpose of this Mini-Symposium is to establish an environment for the presentation and discussion of papers that aim to analyse large data repositories. Topics of interest include contributions based on machine learning algorithms, data mining, computational intelligence and metrics based on network analysis. The Mini-Symposium is thought to bring together researchers, students and professionals from this field or related areas and to provide a forum for the dissemination of original research results, new ideas and practical experiments, which encompass both theory and practices.
Developments and Applications of Special Enrichment Methods and Innovative Discretization Techniques - Meshfree, Pou Methods and Gfem/Xfem, Isogeometric Analysis
Paulo de Tarso R Mendonça – Federal University of Santa Catarina firstname.lastname@example.org
Francisco Evangelista Junior – University of Brasília email@example.com
Roberto Dalledone Machado – Federal University of Parana firstname.lastname@example.org
This mini-symposium aims to discuss and exchange ideas on current developments, mathematical analysis, and application of special methods that offer flexibility in the construction of approximation functions through the Partition of Unity (PU) concept, such as the hp-clouds, the Generalized/eXtended finite elements (GFEM/XFEM), and the PU finite elements. While contributions to all aspects of such methods are invited, some of the topics to be featured are the identification and characterizations of problems in which these special methods have a clear advantage over classical approaches; applications, including but not limited to, multi-scale, multi-physics, non-linear and time-dependent problems, simulation of failure and fracture in materials and structures; advances in a-priori and a-posteriori error analyses; stability analysis; computational implementation aspects such as numerical integration, imposition of boundary conditions, solution of the system of equations arising from this class of methods, and adaptive mesh refinement/enrichment algorithms. Additionally, contributions on innovative discretization techniques such as isogeometric analysis, smoothed finite elements, among others, and mesh-free methods, such as element-free Galerkin, would be welcome to favor interaction among different standpoints, allowing to compare the methods and to enlighten similarities and differences, encouraging novel developments to solve engineering and physical sciences problems.
Free-surface and Moving Interfaces Flow Analyses
Laura Battaglia – Centro de Investigación de Métodos Computacionales (CONICET-UNL) email@example.com
Marcela Cruchaga – Universidad de Santiago de Chile firstname.lastname@example.org
Mario Storti – Centro de Investigación de Métodos Computacionales (CONICET-UNL) email@example.com
The MS is devoted to the numerical modeling of free surface and moving interfaces flow problems covering the following topics:
– Numerical algorithms for describing free surface and moving boundaries.
– Interface tracking, interface capturing and diffuse-interface techniques.
– Fixed, moving and free meshes formulations.
– Volume of fluid, level-set, and eulerian-lagrangian methods.
– Surface reconstruction and renormalization operators.
– Surface tension, capillarity, and transport of surfactants.
– Effect of submerged bodies.
– Fluid-structure interaction with bodies partially immersed in a fluid.
– Experimental validation.
– Scientific and technological applications.
Health Monitoring And Numerical Modeling Of Structures
Leandro Mouta Trautwein – University of Campinas firstname.lastname@example.org
Luiz Carlos de Almeida – University of Campinas email@example.com
Gustavo Henrique Siqueira – University of Campinas firstname.lastname@example.org
Diogo Rodrigo Ribeiro – Instituto Superior de Engenharia do Porto email@example.com
Isaias Vizotto – University of Campinas firstname.lastname@example.org
This mini-symposium proposes the assessment of structural behavior using the monitoring data with the adjustment of numerical models to evaluate the structural safety and to identify significant structural parameters. Relevant topics include new experimental techniques for health monitoring, modal identification, model updating, damage identification, statistical methods, stochastic simulation techniques, feature extraction and data fusion, damage prognosis, prediction of remaining service life, and structural reliability updating using measurements.
Machine Learning for Biological Modelling and Simulation
Simone Pezzuto – Università della Svizzera italiana email@example.com
Francisco Sahli Costabal – Pontificia Universidad Católica de Chile firstname.lastname@example.org
Maria Holland – University of Notre Dame email@example.com
Rolf Krause – Università della Svizzera italiana firstname.lastname@example.org
Biological phenomena are among the most complicated systems to model. Biological systems
are genuinely multi-scale, multi-physics, and often hard to reduce to simple set of constitutive
and conservation laws. Such complexity translates in a high computational burden in simulating
realistic events, which in turn impedes robust parameter estimation and uncertainty
quantification. Fortunately, the advance of artificial intelligence has widened the spectrum of
techniques to cope with model complexity, providing new instruments in the toolbox of
scientists. Machine learning not only can help to drastically reduce the computational cost of
existing models; it can also unveil hidden correlations in high-dimensional data and
automatically translate them into effective low-dimensional models.
The purpose of this mini symposium is, therefore, to bring together experts in modeling and
machine learning for a fruitful discussion on how to blend diverse approaches for the common
objective of simulating complex biological systems and enabling their practical employment.
Oral contributions in the context of simulation-augmented machine learning, physics-informed
learning, neural network model reduction, multi-fidelity techniques, uncertainty quantification
applied to simulation of soft tissues, electrophysiology, growth mechanics and, more broadly,
biomechanics are welcome to be hosted in the mini symposium.
Mathematical Modeling and Numerical Simulation in Life Sciences
Description: Mathematical models have proven to be reliable tools in the understanding of life sciences in the academic and industrial context. Indeed, by simulating sound physical and biological behavior, the models can provide insight in the design of new and/or the optimization of existing technologies in different areas, i.e. Biomedicine. In this mini-symposium, we aim to provide a forum for presenting new results on mathematical models and numerical methods for partial differential equations in life sciences. Particular attention will be given to controlled drug delivery systems. Applications to other phenomena in biology and medicine will be also addressed.
Metaheuristic Optimization in Structural Engineering
Prof. Afonso C.C. Lemonge – Federal University of Juiz de Fora email@example.com
Prof. Moacir Kripka – University of Passo Fundo firstname.lastname@example.org
Bio-inspired (or not) metaheuristics have been widely used as robust algorithms to solve optimization problems in many areas, especially in the engineering field. Among the algorithms consolidated in the literature, the most popular are Genetic Algorithms (GA), Ant Colony Optimization (ACO), Particle Swarm Optimization (PSO), Artificial Bee Colony (ABC), Differential Evolution (DE), Simulated Annealing (SA), Harmony Search (HS), Biogeography-based Optimization (BBO) and others.
This mini-symposium aims to provide the discussion and dissemination of research both in the scope of methodology and in the applications of metaheuristics for solving structural optimization problems in civil, mechanical, aerospace, and naval engineering, and so on.
Modeling, Simulation And Control Of The Dynamical Behavior Of Aerospace Structures
Prof. Reyolando M.L.R.F. Brasil – Federal University of ABC email@example.com
Prof. Andre Fenili – Federal University of ABC firstname.lastname@example.org
Prof. Marcelo Araujo da Silva – Federal University of ABC Marcelo.email@example.com
The main focus of this Mini-Symposium is on the discussion of modeling, simulation and control of the dynamical behavior of aerospace structures (such as airplanes, drones, helicopters, rockets, satellites etc.), and how these problems can be understood and solved in view of numerical, computational, theoretical and experimental approaches. Contributions pertaining to any class of mathematical problems and methods associated to the dynamics of aerospace and naval structures will be welcome. It will also be welcomed experimental investigations of these problems to validate mathematical and numerical models. We also contemplate work on reliability of this kind of structures.
Keywords: dynamics of structures; aerospace structures; control.
Modelling, Design and Additive Manufacturing on Vibro-Acoustic Metamaterials and Phononic Crystals
Prof. José Maria C. Dos Santos – UNICAMP firstname.lastname@example.org
Prof. Paulo Paupitz Gonçalves – FEB – UNESP email@example.com
Prof. Domingos Rade – ITA firstname.lastname@example.org
Prof. José Roberto F. Arruda – UNICAMP email@example.com
Prof. Michael Brennan – FEIS – UNESP firstname.lastname@example.org
Prof. Carlos De Marqui Jr – EESC-USP email@example.com
Prof. Leopoldo de Oliveira – EESC-USP firstname.lastname@example.org
This mini-symposium will provide a unique forum to share the latest research results on vibroacoustic metamaterial and phononic crystals and bring together engineers, mathematicians, physicists, and material scientists working on artificial materials and their application in acoustics and mechanics. Suggested topics include, but are not limited to:
– Recent advances in vibroacoustic metamaterials and phononic crystals;
– Periodic systems and band gap analysis;
– Analytical an hybrid methods for metamaterial design and optimization;
– Novel and efficient numerical models for metamaterial analysis;
– Multiscale analysis and homogenization in vibroacoustic design;
– Homogenization of metamaterials and effective medium models;
– Multiphysics analysis and design of vibroacoustic metamaterials;
– Topology optimization applied to metamaterial design;
– Nonlinear, tunable and reconfigurable metamaterials;
– Active and passive vibration and noise control using vibroacoustic metamaterials;
– energy harvesting and structural health monitoring using metamaterials and phononic crystals;
– Nonreciprocal and topological metamaterials;
– Advances in cloaking and invisibility;
– New methods of additive manufacturing applied to metamaterials;
– Experimental techniques and characterization of metamaterials.
Multiscale Modelling of Conservation Laws : Efficiency, Error Estimate and Preconditioning
Sonia Maria Gomes – email@example.com
Frederic Valentin – firstname.lastname@example.org
Denise Siqueira – email@example.com
Philippe Devloo – firstname.lastname@example.org
The mini symposium aims at promoting interaction between researchers who develop or apply multi scale simulations to the numerical simulation of conservation laws. Multi scale simulation is a discipline in numerical simulation that is oriented towards approximating partial that exhibit small scale fluctuations that can’t be simulated by a monolithic mesh.
Within the different research directions in the development/applications of multi scale phenomena, we wellcome contributions in the following topics:
– Efficiency of multi scale simulations
– A-priori or A-posteriori error estimation for multi scale methods
– Adaptivity for multi scale methods
– Multi scale approximations as pre conditioner for a full scale approximation
– Iterative techniques for improving multi scale approximations
Nonlinear Analysis, Stability and Structural Dynamics
Paulo B. Gonçalves – Catholic University of Rio de Janeiro email@example.com
Frederico M. Alves da Silva – Federal University of Goiás firstname.lastname@example.org
Renata Machado Soares – Federal University of Goiás email@example.com
Zenon José Guzman Nuñez del Prado – Federal University of Goiás firstname.lastname@example.org
The aim of this mini-symposium is to gather specialists of different areas working on instability phenomena in materials and structures, structural dynamics and nonlinear phenomena in engineering applications. Topics of interest include, but are not limited to, static and dynamic stability of bars, plates and shells, including elastic and non-elastic instability phenomena, stability design of steel and concrete structures, non-linear local and global bifurcations, linear and nonlinear structural dynamics, vibration control, soil-structure and fluid-structure interaction and chaos and fractals. Papers are solicited in all areas related to theoretical, computational and experimental aspects of the problem.
Nonlinear Dynamic Analysis and Control of Vibration Systems on Macro and MEMS Scales and its Applications to Engineering
Marcus Varanis – Federal University of Grande Dourados email@example.com
Jose Manoel Balthazar – Universidade Estadual Paulista firstname.lastname@example.org
Angelo Marcelo Tusset – Federal University of Technology – Paraná email@example.com
Clivaldo de Oliveira – Federal University of Grande Dourados firstname.lastname@example.org
This Mini-Symposium aims at creating a multidisciplinary forum of discussion on recent advances in nonlinear dynamic techniques and nonlinear control (including sensibility analysis) applied to engineering systems, as well as new areas of development including new frontiers and challenges such as nonlinear dynamics and control. The symposium will also be a great opportunity for disseminating recent developments of analytical and numerical techniques, and for discussing novel phenomena and behaviors on several aspects of nonlinear dynamics and control. The symposium “Nonlinear Dynamic Analysis and Control of Vibration Systems on Macro and MEMS Scales and its Applications to Engineering” will cover, but will not be limited to, the following topics:
Potential topics include but are not limited to the following:
- Dynamic stability, deterministic, chaotic, random post-critical states;
- Nonlinear vibration of solids and structures under moving loads;
- Nonlinear dynamics, chaos, control of elastic structures;
- Nonlinear engineering systems in macro and micro scales;
- Nonlinear dynamic phenomena and interactions in mechanical systems and structures;
- New materials and their use in new structural components;
- Time-frequency analysis methods in nonlinear dynamics applications;
- Vibration energy harvesting;
- Control of nonlinear systems and nonlinear vibrations control;
- Metamaterials applications.
Nonlinear Response of Mechanical Systems Subjected to Contact Nonlinearities
Papangelo Antonio – Department of Mechanics Mathematics and Management Politecnico di Bari, Italy email@example.com
Putignano Carmine – Department of Mechanics Mathematics and Management Politecnico di Bari, Italy firstname.lastname@example.org
The dynamical response of mechanical systems is strongly affected by contact nonlinearities, which are often the prominent source of uncertainty when assembled systems are considered, due to the difficulties in assessing correctly damping and stiffness properties of contacts. Difficulties arise from the inherent multiscale nature of contacts, which always involves roughness over many length scales. Furthermore, very often soft materials are used for seals, dampers which exhibit time-dependent rheology and viscoelastic dissipation. The area of research is very active as it has implications in several areas of engineering such as dampers, tip-rubbing in turboengines, face-seals, joints, wipe-blade contact, finger-tip contact in humans. The symposium will welcome papers in the area of analytical modelling, numerical simulations and experimental characterization of nonlinear systems affected by contact nonlinearities. The symposium will cover, but will not be limited to, the following topics:
. characterization of the nonlinear dynamic response dynamical systems;
. nonlinear response of continuous and discontinuous mechanical structure;
. analytical and numerical techniques for coupling the system dynamics and the contact interfaces;
. stability of dynamical systems due to contact interaction;
. experimental studies of observed nonlinear dynamic phenomena;
. wave propagation in mechanical systems;
. bifurcations analysis in mechanical structures;
. non-smooth systems: impacts;
. friction models.
Numerical Methods Applied to Structural Design of Civil Construction
Prof. Dr. João Costa Pantoja – Universidade de Brasília email@example.com
Prof. Dr. Marcio Augusto Roma Buzar – Universidade de Brasília firstname.lastname@example.org
Prof. Dr. Leonardo da Silveira P. Inojosa – Universidade de Brasília email@example.com
Established engineering works and projects show us that architecture and structure projects must be conceived and developed together. Despite this, what we normally see is a relation of distance between these two elements of civil construction. This mini-symposium aims to bring together the two fields of knowledge and show that the design of the structural system plays an essential role in determining the architectural design. Projects that explore the relationship between architecture and structure and the direct relationship between form and structure, where the definition of the structural system has effective participation since the design of the projects, provide works marked by structural boldness and major technological challenges. The mini symposium aims to gather contributions and obtain data that, through analyzes that use computational technologies and numerical methods, allow us to understand how the structural design allied to architectural creation provide innovative aesthetic results. Through these studies, it is possible to emphasize the importance of the technical knowledge for the realization of projects of good quality, evidencing the presence of the structural system in the architectural form. These analyzes contribute to the understanding of the importance of technical and technological knowledge for the production of an innovative architecture.
Numerical Modeling of Concrete Structures
Eduardo M. R. Fairbairn – COPPE/UFRJ firstname.lastname@example.org
Jean-Marie Désir – UFRGS email@example.com
Numerical modeling of concrete structures including buildings, bridges, hydroelectrical and nuclear power plants, foundations and special structures such as the cement sheath of oil wells and refractory concretes. The models include the several scales, from the nano scale to the macroscopic scale and encompass the thermal, chemical and mechanical phenomena. This is the 15th edition of this symposium that has enjoyed wide participation of technical and scientific concrete modeling community.
Numerical modeling of infectious diseases: COVID-19 and beyond
Malú Grave – UFRJ firstname.lastname@example.org
Alexander Viguerie – Gran Sasso Science Institute email@example.com
Americo Barbosa da Cunha Junior – UERJ firstname.lastname@example.org
Claudia Mazza Dias – UFFRJ email@example.com
Gustavo Libotte – LNCC firstname.lastname@example.org
Tiago Pereira – CemEAI-USP email@example.com
Rodrigo Burgos – UERJ – firstname.lastname@example.org
Epidemics of infectious diseases such as COVID-19 have been recurrent throughout history and can cause major damage in terms of both human lives and economic cost. The COVID-19 virus spread very quickly all over the world, in large part due to the high mobility characteristic of modern society. Although more than one year has passed since the beginning of the pandemic, we are still dealing with its devastating consequences. For this reason, mathematical models can be valuable tools, as they can provide estimates for possible scenarios of disease spread. This information may then help authorities make decisions about the allocation of limited resources in the event of an epidemic. This mini-symposium aims to provide a top-quality forum for the discussion among researchers from different fields, who are interested in modeling and controlling the spread of infectious diseases, with a particular interest in works applied to the context of the current COVID-19 pandemic. The MS topics cover (but are not limited to):
– Compartmental models in epidemiology;
– Epidemic models with spatio-temporal dependence;
– Agent-based epidemiological models;
– Computational fluid dynamics applied to investigate epidemics and related topics;
– Statistical methods in epidemiology;
– Graph-based techniques for analyzing the progress of an epidemic;
– Optimal control of epidemiological models;
– Uncertainty quantification in epidemiological models;
– Numerical investigation of protective equipment.
Numerical Modeling of Non-Newtonian Fluid Flows
Ernesto Castillo – Universidad de Santiago de Chile email@example.com
Marcela Cruchaga – Universidad de Santiago de Chile firstname.lastname@example.org
Nelson Moraga – Universidad de Santiago de Chile email@example.com
The MS is devoted to the modelling and simulation of Non-Newtonian fluid flows, within this context the following topics will be covered:
– numerical methods (FEM, FVM, FDM, Meshless, etc)
– viscosity models and three-fields formulations
– heat and mass transfer
Numerical Simulation On Fire Safety Design
Prof. Dr. Alexandre Landesmann – Federal University of Rio de Janeiro firstname.lastname@example.org
Prof. Dr. Bernardo F Tutikian – Performance Technological Institute BFTUTIKIAN@unisinos.br
Dr. George Cajaty Barbosa Braga – Corpo de Bombeiros Militar do Distrito Federal email@example.com
This mini-symposium focuses on the application of simple and advanced analysis methods for the numerical simulation of the behavior of materials and structures under high temperatures typically caused by fires. Particularly relevant themes related to fire modeling are welcome, as follows:
1) Modeling of structures at elevated temperatures using numerical methods or structural codes;
2) Research studies on the relationship between experimental results, (codified) calculation methods and FE simulations;
3) Simulation of heat transfer between the fire and structures;
4) Implementation and application of Fire CFD models;
5) Propagation and effects of fire and smoke;
6) Simulation of evacuation and analysis of dynamics/circulation of pedestrians in fire conditions.
Optimization In Structural And Reservoir Engineering
Bernardo Horowitz – UFPE firstname.lastname@example.org
Evandro Parente – UFC email@example.com
Silvana Bastos – UFPE firstname.lastname@example.org
The advances in computational and numerical capabilities allow more efficient Engineering design through the use of optimization methods. Thus, new realistic and challenging optimization applications in practical Engineering have been tackled. Among them, we have sophisticated structural systems and reservoir engineering management applications. This mini-symposium is dedicated to the discussion of recent developments and applications of optimization techniques, sensitivity analysis, and surrogate modeling in the field of Structural and Reservoir Engineering and related areas. The goal is to bring together researchers, students, and professionals working in those areas. Papers related to practical applications of optimization methods as well as software development are encouraged to be submitted in this mini-symposium.
Particle-based Methods: Advances and Applications in DEM, PFEM, SPH, MPM, MPS and Others
Eduardo M. B. Campello – University of São Paulo email@example.com
Tarek I. Zohdi – University of California at Berkeley, USA
Peter Wriggers – Leibniz University of Hannover, Germany
Eugenio Oñate – Polytechnic University of Catalonia, Spain
Sergio Idehlson – Polytechnic University of Catalonia, Spain
Liang-Yee Cheng – University of São Paulo
This mini-symposium addresses both theoretical and practical aspects of particle-based computational methods that can be effectively used for solving a variety of problems in solid mechanics, fluid mechanics, fluid-structure interaction, heat transfer, and many others. Contributions dealing with the discrete element method (DEM), the particle finite element method (PFEM), the smoothed particle hydrodynamics method (SPH), the material point method (MPM) and the moving particle semi-implicit method (MPS), among others, are welcome. Likewise, the coupling of these methods with other established numerical procedures, such as the finite element method, the finite difference method and meshless techniques, is considered.
Phase-Field Modeling, Discretizations, and Applications
A. CÔRTES – Federal University of Rio de Janeiro firstname.lastname@example.org
F. DUDA – Federal University of Rio de Janeiro email@example.com
L. ESPATH – RWTH Aachen University firstname.lastname@example.org
Phase-field modeling dates back to the pioneering works of Van der Waals. Today, it is an important tool in engineering and natural sciences that involves the evolution of interfaces, ranging from the dynamics of multi-component and multi-phase fluids, binary alloys, polymer blends, boiling, fracture propagation, dendritic crystal growth, to the evolution of tumors in the macro-scale, to name a few. Phase-field models, also known as diffuse-interface models, have become an appealing alternative approach to interface-tracking methods. Such models implicitly track the position and the topology of the interfaces by applying smoothly varying scalar fields, implying in this way that interfaces are small regions of finite width where bulk interfacial forces compete with each other.
From a partial differential equation point of view, such models generally engender high-order
differential operators and possibly nonlinear equations. Phase-field models, thus, bring a new set of challenges for different scientific communities. In this mini-symposium, we invite contributions on high-order and isogeometric numerical methods as well as energy/entropy stable time integrators for phase-field models. We welcome numerical analysis and application to problems in fluid mechanics, solid mechanics, materials science, and life sciences or related research areas. We expect a multidisciplinary audience and a lively exchange atmosphere.
Plastic Instability and Fracture in Ductile Materials
Tiago dos Santos – Federal University of Santa Maria email@example.com
Ankit Srivastava – Texas A&M University firstname.lastname@example.org
José A. Rodríguez-Martínez – University Carlos III of Madrid email@example.com
Shmuel Osovski – Technion – Israel Institute of Technology firstname.lastname@example.org
Rodrigo Rossi – Federal University of Rio Grande do Sul email@example.com
Instability and fracture limit the performance, safety, reliability and manufacturability of a variety of engineering components and structures; for example, the crash worthiness of automobiles, the integrity of pipelines, the blast resistance of ships and airplane cargo holds, and the manufacturability of sheet metal components. The mechanisms of instability and fracture of these components and structures are influenced by multiple length-scales. For example, the structural dimensions set the constraint effects that influence phenomena such as plastic flow localization, and the microstructural length scales dictate phenomena such as void nucleation and growth. The phenomena that occur at microstructural length scales in turn inherits the effects related to the constraints imposed by the structural dimensions. The coupling or competition between these length scales may in turn result in evolution of new length scales. Correlating these length scales with instability and failure mechanisms will provide a direct link essential for development of new materials and structures as well as modeling and control of catastrophic failures. This minisymposium aims at gathering researchers from all horizons of computational mechanics in order to present their recent developments and results pertaining to modeling plastic instability and fracture in ductile materials.
Probabilistic And Non-Traditional Approaches For Uncertainty Quantification And Robust Design
A.T. BECK – University of São Paulo firstname.lastname@example.org
W. GOMES – Federal University of Santa Catarina email@example.com
H.A. JENSEN – Santa Maria University firstname.lastname@example.org
H.M. KROETZ – Federal University of Paraná email@example.com
R.H. LOPEZ – Federal University of Santa Catarina firstname.lastname@example.org
A.J. TORII – Federal University of Latin American Integration email@example.com
M.A. VALDEBENITO – Universidad Adolfo Ibáñez firstname.lastname@example.org
The engineering community has widely acknowledged the importance of accounting for the effects of uncertainty on the performance of engineering systems. However, explicit quantification of the uncertainty is an extremely challenging task as usually, the behaviour of most engineering systems is characterized by means of highly refined numerical models whose is demanding. On top of that, the definition of appropriate models for describing uncertainty is far from trivial, particularly on those situations where there is lack of data, vagueness or imprecision. Hence, the development of methods for uncertainty quantification in computational mechanics has received much attention lately, with emphasis on its practical application for robust design.
The aim of this mini-symposium is addressing the very latest development on approaches for uncertainty quantification and robust design, including both probabilistic and non-traditional approaches. The scope of the mini-symposium is broad, as it covers: different models for representing uncertainty such as classical probabilities, intervals, fuzzy analysis, imprecise probabilities, evidence theory, etc.; novel approaches for uncertainty quantification applying meta-models (kriging, Gaussian processes, polynomial chaos, etc.), approximate or analytical solutions, advanced simulation methods, etc.; and practical applications of methods for uncertainty quantification such as robust design, reliability-based design, multi-objective optimization, life-cycle optimal design, sensitivity analysis, progressive collapse, etc. Both theoretical developments and applications involving systems of engineering interest are particularly welcomed in this session. This activity is organized under auspices of the Committee on Probability and Statistics in Physical Sciences (C(PS)^2) of the Bernoulli Society for Mathematical Statistics and Probability.
Recent Advances in Inverse Problems
Chanseok Jeong – Central Michigan University email@example.com
Bruno P. Guidio – Central Michigan University firstname.lastname@example.org
The goal of this proposed mini-symposium is to present recent advances in inverse problems. The topics of interest include, without being limited to, parameter and system identification, non-destructive evaluation, tomography problems, subsurface imaging, biomedical imaging, and crack detection. The methodologies of interest include, without being limited to, the partial-differential-equation (PDE)-constrained optimization, neural networks, and numerical methods, such as finite element method (FEM), as a forward and inverse solver.
Recent Developments in Discontinuous Galerkin Methods
Weifeng Qiu – City University of Hong Kong email@example.com
Manuel Solano – Universidad de Concepción firstname.lastname@example.org
The aim of this mini-symposium is to bring together experts in discontinuous Galerkin methods for partial differential equations and discuss the latest developments in this area. Contributions in the broad family of discontinuous Galerkin methods are welcome, including theory, computational implementation and applications.
Recent Progress in Computational Methods for Particulate-based Systems
Lou Kondic – New Jersey Institute of Technology email@example.com
Dense systems build out of discrete elements, such as bacteria, colloids, grains of sand,
animal herds, or pedestrians are everywhere around us. During the last decade or so, a
significant progress has been reached in connecting the properties of the basic building
blocks and their interactions to the macroscale properties of the systems considered.
Developing such connections requires better understanding of the mesoscale, large compared
to the scale of the elements, but small compared to the system size, and development of
novel computational methods. These methods emerge from a variety of disciplines: percolation, theory of networks, computational topology, to name just a few main directions. The novel computational methods that have been developed are more general than the systems to which they were applied, and may be of interest to the researchers in other disciplines as well.
I envision that the proposed minisymposium will allow for `spreading the word’ and making the researchers working on some of the systems listed above aware of the results and approaches developed for the other ones. Furthermore it is important to help the groups from South America connect to the researchers working on similar topics from the other parts of the
world. The goal is to establish new communication channels between the researchers,
leading to further progress in this exciting field of research.
José Luís Drummond Alves – UFRJ firstname.lastname@example.org
Philippe Devloo – UNICAMP email@example.com
Cristiane Faria – UERJ firstname.lastname@example.org
Adriano M. A. Côrtes – UFRJ email@example.com
Felício Bruzzi Barros – Federal University of Minas Gerais firstname.lastname@example.org
Roque L. S. Pitangueira – Federal University of Minas Gerais email@example.com
This mini-symposium aims to provide a forum for dissemination of the research conducted by undergraduate students (under the guidance of a supervisor) in all fields of computational methods in engineering and related sciences. Participants are eligible to the Agustín Ferrante Award, a traditional student competition promoted by ABMEC to foster young researchers’ participation and acknowledge undergraduate students who show potential for outstanding scientific achievements. Contenders must submit an application form to the congress secretariat (soon available in the Instruction to Authors of the congress website).
Scientific Machine Learning in the Oil & Gas Industry
Ismael Santos – Petrobras Research Centre firstname.lastname@example.org
Fernando Rochinha – UFRJ email@example.com
Alvaro Coutinho – UFRJ firstname.lastname@example.org
Machine Learning (ML) is fundamentally changing several industries and businesses in many ways and this is particularly true in the Oil and Gas (O&G) industry, as ML is an integral part of the ongoing digital transformation. For instance, ML is being applied to accelerate the discovery of oil reserves, improve subsurface characterization, optimize drilling operations, forecast oil production, minimize environmental impacts, thereby leveraging the daily work of geoscientists and engineers.
However, designing ML techniques in O&G requires addressing challenges not yet faced in traditional ML techniques applied to social and business domains. Therefore, a new area of research is emerging: Scientific ML, i.e., ML applied to scientific domains, such as geosciences, reservoir and petroleum engineering.
In O&G, obtaining ML models of physical phenomena requires the collaboration of scientists and engineers with in-depth knowledge of the geology of certain regions, in mathematical modeling and numerical methods, in various software and industry-specific data formats, in ML techniques, and in supporting computer science methods. Typically, they face problems at different levels, such as complex data preparation processes, mathematical modeling involving physical constraints, validation of hypotheses, data assimilation and uncertainty quantification and ultimately execution on large-scale computers in a scientific experiment lifecycle.
New research is needed to address these problems. This mini-symposium intends to gather researchers and professionals involved in the application and advancement of scientific ML in the O&G industry. There will be a wide range of presentations, ranging from fundamentals to advanced applications.
Structural Dynamics and Vibration Control
Erivaldo Pereira Nunes – Federal University of Uberlândia email@example.com
João Pedro Sena – Federal University of Uberlândia firstname.lastname@example.org
Ely Queiroz Gomes – Federal University of Uberlândia email@example.com
Dynamic systems are those whose motion varies considerably over time.
These systems are very important in structural analysis, and modelling their behaviour is necessary to prevent instability and failure.
Therefore vibration control is an important field in Structural Engineering and this mini-symposium aims to bring together researchers working in structural dynamics and vibration control, and discuss recent advances in those fields. The topics of presentations will include but not be limited to:
– Recent advances in vibration control techniques;
– Viscoelastic modelling and applications to vibration control;
– Piezoeletric materials applied to vibration control and haversting;
– Experimental methods for validation;
– Numerical methods applied to structural dynamics;
– Rotor dynamics;
– Fatigue analysis.
Topology Optimization of Multifunctional Materials, Fluids and Structures
Emílio Carlos Nelli Silva – University of São Paulo firstname.lastname@example.org
Glaucio H. Paulino – Georgia Institute of Technology email@example.com
Sylvia Regina Mesquita de Almeida – Federal University of Goiás firstname.lastname@example.org
Ivan Fábio Mota de Menezes – Pontifical Catholic University of Rio de Janeiro email@example.com
Anderson Pereira – Pontifical Catholic University of Rio de Janeiro firstname.lastname@example.org
This mini-symposium aims to bring together researchers working on various aspects of topology optimization applied to solids, fluids and structures as well as inverse problems, image processing and mechanical modeling, including damage and fracture evolution phenomena. In particular, we are interested in recent advances in topology optimization. Suggested topics include, but are not limited to:
- Recent advances in topology optimization applied to multi-physics problems;
- Multiscale topology optimization;
- Inclusion of microstructure in topology predictions;
- New methods to handle manufacturing, stress and other constraints;
- Novel and efficient topology optimization algorithms;
- Exact solutions to topology optimization problems;
- New methods to solve multi-objective topology optimization problems;
- Efficient solution of industrial large-scale topology optimization problems;
- Exploiting high-performance computing in topology optimization;
- Topology optimization using ground structure approach;
- New methods of adaptive mesh refinement in topology optimization;
- Topology optimization applied to fluid and thermal problems;
- Novel and robust inverse reconstruction algorithms;
- New methods applied to the minimal partition problem in image processing;
- Alternative algorithms for damage and fracture mechanics modeling.
Uncertainty Quantificationand Data-Driven Approaches To Stochastic Systems In Computational Science And Engineering
L. ESPATH – RWTH Aachen University email@example.com
R.H. LOPEZ – Federal University of Santa Catarina firstname.lastname@example.org
A. CUNHA JR – Rio de Janeiro State University email@example.com
A.T. BECK – University of São Paulo firstname.lastname@example.org
R. TEMPONE – RWTH Aachen University email@example.com
Computationalmethods for Uncertainty Quantification (UQ) are fundamental in the development and innovation of modern-day engineering. Processes and design in the presence of uncertainty are involved and usually pose particular challenges for computational methods. Over the last decades, significant research efforts seek to develop UQ computational techniques that overcome difficulties encountered in real engineering applications. Therefore, the analysis of hierarchical approaches to stochastic systems and data-driventechniques in computational engineering is the primary interest in this mini-symposium. The scope of the mini-symposium is broad covering: stochastic processes, stochastic differential equations, stochastic partial differential equations, Bayesian optimal design of experiment, Multilevel Monte Carlo, Multi-Index Monte Carlo, Quasi Monte Carlo, stochastic collocation, Gaussian processes, metamodels, data assimilation, variance reduction techniques, stochastic optimization, stochastic control, machine learning techniques. Theoretical approaches and practical applications are welcome. The organizers of this mini-symposium strive to provide a forum for researchers and practitioners to present and discuss current issues concerning UQ computational methods development.
Prof. Suzana Moreira Avila – Federal University of Brasilia firstname.lastname@example.org
Prof. José Luis Vital de Brito – Federal University of Brasilia email@example.com
Prof. Graciela N. Doz de Carvalho – Federal University of Brasilia firstname.lastname@example.org
Dynamical systems are those whose state changes over time, an example is a pendulum oscillation. Such systems can be found in many science areas and its evolution law is described mathematically through differential equations. The control theory is an interdisciplinary theme originating in engineering and mathematics that aims to influence the behavior of dynamic systems. Mechanical vibrations are examples of dynamical systems. They are caused by time-varying excitations that are submitted components, set of components or complete structures. Excessive vibrations in these systems are not desirable as it may compromise the performance and also cause its collapse. In this context, the vibration control is a technology which aims to reduce excessive vibration levels through the installation of external devices or the action of external forces which promote changes in the stiffness and damping system. The main objective of this mini-symposium is to bring together experts working in vibration control and its application to present and discuss the latest developments in the field.