- published: 25 Aug 2016
- views: 1738
MSC Marc is a nonlinear finite elements analysis software used to simulate behavior of complex materials and interaction under large deformations and strains. It can also simulate multi-physics scenarios across structural, thermal, piezoelectric, electrostatic, magnetostatic, and electromagnetic behaviors. It uses automatic two-dimensional and three-dimensional remeshing to analyze structures undergoing large distortions, and crack propagation.
Marc was the first commercial nonlinear finite element software developed by Marc Analysis Research Corporation founded in 1971 by Dr. Pedro Marcel. It was acquired in 1999 by MSC Software Corporation. Mentat is the dedicated pre- and post-processor used to support Marc.
Engineering structures and systems often use nonlinear materials and experience complex interactions between various parts. For example, the stress-strain curve of an elastomer is highly nonlinear. During installation, elastomeric components could fold onto themselves and could undergo buckling. Their properties change with temperature and time. These nonlinearities are often grouped into three major categories, namely geometric, material and boundary condition nonlinearities. Marc is used to perform Finite Element Analysis of structures accounting for all these nonlinearities, in one, two and three dimensions.
Marc or MARC may refer to:
MSC may refer to:
We are pleased to announce the release of Marc 2016! With this release Marc continues to deliver major enhancements in nonlinear material modeling, and contact analysis improvements, with focus on ease of use. Key highlights of this release include: 1. Elastomer Material Data fitting - Compute material parameters that characterize time, temperature, and frequency dependent behavior of elastomers 2. New Material Models for Plasticity, Damage, and Phase Transformation - Use new models to study influence of phase transformations on strength, hardness, and residual stresses/strains. Analyze damage growth in metals. 3. Contact Performance - Improve productivity with performance and ease of set up enhancements 4. Geometry Associativity and Meshing - Apply properties, contact definitions, and B...
About this Webinar! Manufacturing processes are used to form materials into desired shapes to meet required design criteria and assemble components into final product. Because of multiple variables that could affect the process, identifying optimal parameters by empirical methods or experience can introduce severe uncertainty in the performance of the end designs. Simulation helps address these issues early in the design cycle to more effectively identify problems and reduce failures. Marc, with its strengths in nonlinear and failure analysis, is a strong solution to simulate various manufacturing processes. An overview of Marc's capabilities that help with overcoming the challenges of these highly nonlinear processes is provided in this presentation. Join this webinar to learn about ... ...
Prof. Dr. Nihat AKKUŞ nihat.akkus@marmara.edu.tr http://www.nihatakkus.com Res. Asst. Isik CETİNTAV isikcetintav@gmail.com Prediction of Residual Stresses and Distortions After Consecutive Processes: Welding and Machining
One of the key criteria for successful analysis of elastomers is the characterization of their material properties. Since elastomers undergo large elastic strains and exhibit behavior that depends of the deformation modes, it is important to get a complete picture of the material response. Having good material data helps with both accuracy and convergence of the analysis. In this webinar, we will discuss some of the recommended tests and the steps to obtain the required material coefficients for finite element analysis. Watch this webcast to... Learn about the common tests used for material characterization; Learn how to convert data to material coefficients required for FEA; Demonstration of curve fitting process Who Should Watch? CAE Analysts Product Design Engineers Engineering Mana...
This video shows how to perform a nonlinear finite element analysis (FEA) using MSC Software's Marc and Mentat. In this break forming example, a flat plate is acted upon by a rigid die and a rigid table, bending it 90 degrees.
This case study builds, analyzes, and post-processes a planar representation of a coaxial cable. The objective is to find the magnetic induction and magnetic field intensity in the cable due to current flow in conductors.
Creep is a time-dependent inelastic behavior that can occur in a material at any stress level, either below or above the yield stress, although in many real world applications, it is often accompanied by plasticity. Creep is especially an important factor at elevated temperatures and needs to be analyzed with care to obtain better designs. Creep analysis has application in nuclear industry, manufacturing processes, sealing, turbines and jet engines to name a few. This webinar will provide an overview of creep models available in Marc and steps for a successful creep analysis. Watch this webcast to... Learn about the creep models; Learn how to model creep in Marc; Demonstration of creep analysis in Marc Who Should Watch? CAE Analysts Product Design Engineers Engineering Managers For mo...
We are pleased to announce the release of Marc 2016! With this release Marc continues to deliver major enhancements in nonlinear material modeling, and contact analysis improvements, with focus on ease of use. Key highlights of this release include: 1. Elastomer Material Data fitting - Compute material parameters that characterize time, temperature, and frequency dependent behavior of elastomers 2. New Material Models for Plasticity, Damage, and Phase Transformation - Use new models to study influence of phase transformations on strength, hardness, and residual stresses/strains. Analyze damage growth in metals. 3. Contact Performance - Improve productivity with performance and ease of set up enhancements 4. Geometry Associativity and Meshing - Apply properties, contact definitions, and B...
About this Webinar! Manufacturing processes are used to form materials into desired shapes to meet required design criteria and assemble components into final product. Because of multiple variables that could affect the process, identifying optimal parameters by empirical methods or experience can introduce severe uncertainty in the performance of the end designs. Simulation helps address these issues early in the design cycle to more effectively identify problems and reduce failures. Marc, with its strengths in nonlinear and failure analysis, is a strong solution to simulate various manufacturing processes. An overview of Marc's capabilities that help with overcoming the challenges of these highly nonlinear processes is provided in this presentation. Join this webinar to learn about ... ...
Prof. Dr. Nihat AKKUŞ nihat.akkus@marmara.edu.tr http://www.nihatakkus.com Res. Asst. Isik CETİNTAV isikcetintav@gmail.com Prediction of Residual Stresses and Distortions After Consecutive Processes: Welding and Machining
One of the key criteria for successful analysis of elastomers is the characterization of their material properties. Since elastomers undergo large elastic strains and exhibit behavior that depends of the deformation modes, it is important to get a complete picture of the material response. Having good material data helps with both accuracy and convergence of the analysis. In this webinar, we will discuss some of the recommended tests and the steps to obtain the required material coefficients for finite element analysis. Watch this webcast to... Learn about the common tests used for material characterization; Learn how to convert data to material coefficients required for FEA; Demonstration of curve fitting process Who Should Watch? CAE Analysts Product Design Engineers Engineering Mana...
This video shows how to perform a nonlinear finite element analysis (FEA) using MSC Software's Marc and Mentat. In this break forming example, a flat plate is acted upon by a rigid die and a rigid table, bending it 90 degrees.
This case study builds, analyzes, and post-processes a planar representation of a coaxial cable. The objective is to find the magnetic induction and magnetic field intensity in the cable due to current flow in conductors.
Creep is a time-dependent inelastic behavior that can occur in a material at any stress level, either below or above the yield stress, although in many real world applications, it is often accompanied by plasticity. Creep is especially an important factor at elevated temperatures and needs to be analyzed with care to obtain better designs. Creep analysis has application in nuclear industry, manufacturing processes, sealing, turbines and jet engines to name a few. This webinar will provide an overview of creep models available in Marc and steps for a successful creep analysis. Watch this webcast to... Learn about the creep models; Learn how to model creep in Marc; Demonstration of creep analysis in Marc Who Should Watch? CAE Analysts Product Design Engineers Engineering Managers For mo...
Towards the end of January was time for the large train show at the Eastern States Exposition in West Springfield, MA, commonly known as the Big E. The normal routine for Saturday of that weekend was to hang out at the double crossings in West Springfield, MA for some morning train action on the CSX B&A; Line before going to the show and head over to Palmer, MA for dinner after. I picked up Mike (6000csx) & Josh (CSXYN4) in the morning and we made our way to the double crossings and met up with Mitch (MSC Railvideos), Marc H & Ralph B. Despite a three-hour lull in between the trains, we got some nice action. First up was hotshots Q019 (west) and Q012 (east) meet, then mixed freights (both west) Q425 and Q427 raced each other. It was snowing so it made the shots better (roads weren't too ...
MSC Software is pleased to introduce you to Marc 2014.2 with the capability to perform co-simulation utilizing Adams 2015 for multi-body dynamics and Marc for nonlinear finite element simulation. The co-simulation technology provides a mechanism to solve problems dominated by rigid body motion such as automotive ride and handling, but require a higher fidelity nonlinear analysis to accurately capture nonlinear behavior in parts such as suspension systems. Other improvements include solver enhancements achieved with parallelization of CASI solver and changes to CAD import methodology, which will also be discussed in the presentation.
For decades, MSC Nastran and Marc have been helping product manufacturers across various industries to understand product behavior early in the product development cycle and to validate & optimize product designs through structural simulation. These simulations are typically large requiring high-performance systems (HPC) accessible to globally distributed design and engineering teams posing a challenge to CAE data accessibility & management, intellectual property protection, collaboration, and hardware/software utilization. MSC and NVIDIA have been working together to speed-up CAE simulations by 2-3x on average. MSC Software users can rely on scalable and flexible NVIDIA technology to address these challenges with uncompromising graphics & computational performance.
A two-dimensional study of stress around a hole in a membrane. Comparison of results from different commercial codes: MSC/NASTRAN (TM), ASTROS (TM), MARC (TM)
SimManager 2014 brings product enhancements and innovative functionality to MSC Software's Simulation Process and Data Management solution. The new release focuses on user interface improvements making SimManager easier to use and provides direct integration with commonly used computer-aided engineering (CAE) applications such as MSC Software's Adams, Patran, and Marc, as well as ANSA from Beta CAE Systems. This webinar will review the key features of this release and how customers can benefit from SimManager implementation. A demo of the new capabilities will also be provided to help you understand the usage of these capabilities.
Discussion publique organisée le 19 mai 2016 par La Chaire de recherche Politiques, connaissances et santé. Réfléchir à l'état du réseau de santé et des services sociaux au Québec et aux moyens possibles de contribuer à son amélioration. Invités : - Carole Trempe, Présidente directrice générale de l’Association des cadres supérieurs de la santé et des services sociaux. - Paul Lamarche, Professeur honoraire en administration de la santé à l’Université de Montréal, Paul Lamarche a été fonctionnaire au MSSS tant sous des gouvernements péquistes que libéraux, de 1977 à 1982 puis de 1986 à 1992. Entre autres mandats, il a été sous-ministre responsable de la réforme sous les ministres libéraux Thérèse Lavoie-Roux puis Marc-Yvan Côté. - Natalie Stake-Doucet, Inf., MSc (A), Candidate au doctora...
Crociera Vianello è una sorta di sequel della sit-com Casa Vianello, con la quale ha in comune la coppia di protagonisti - Sandra Mondaini e Raimondo Vianello alla loro ultima interpretazione. Le riprese sono state effettuate a bordo della nave da crociera MSC Orchestra a Genova e a Torino. Regia Maurizio Simonetti Sceneggiatura Giambattista Avellino, Alberto Consarino Interpreti e personaggi Sandra Mondaini: sè stessa Raimondo Vianello: sè stesso Tosca D'Aquino: Angela Marc Tainon: Pietro Massimo Wertmüller: comandante Giansanti Sabina Began: Nicoletta Michela Andreozzi: Giulia Fabio Fulco: dottor Cressi Paolo Triestino: vice comandante Roberto Ciufoli: Juan Emanuele Vezzoli: avvocato Jouvet Claudio Batta: Carmelo Cristina Serafini: ...
About this Webinar! Manufacturing processes are used to form materials into desired shapes to meet required design criteria and assemble components into final product. Because of multiple variables that could affect the process, identifying optimal parameters by empirical methods or experience can introduce severe uncertainty in the performance of the end designs. Simulation helps address these issues early in the design cycle to more effectively identify problems and reduce failures. Marc, with its strengths in nonlinear and failure analysis, is a strong solution to simulate various manufacturing processes. An overview of Marc's capabilities that help with overcoming the challenges of these highly nonlinear processes is provided in this presentation. Join this webinar to learn about ... ...