Nonlinear Mechanical Behavior of Biological Cells under Dynamic Loading

MSC Software's Patran and Marc Instrumental in Groundbreaking Cellular Research at Clemson University

Stanford University

MSC Software Aids in Stanford University's Study of Non-Homogeneous Composite Materials

Simon Fraser University

The behavior of a Spherical Electroactive Polymer Actuator

Utah State University

Use of Adams at Space Dynamics Laboratory for Space-Based Sensor Pointing and Jitter Control

University of Windsor

University of Windsor Baja SAE Team Relies on Adams for Design of Off-Road Vehicle for Competition

Marc Aids in the Improvement of the Quality of Oral Health Care

The University of Tennessee - Marc Aids in the Improvement of the Quality of Oral Health Care According to University Study

Using Adams to Perform Motion Simulation

This interactive tutorial will provide an introduction to Adams and the process of performing motion simulation via Adams. Ability Level: Beginner

Using Marc & Mentat to Perform Nonlinear Finite Element Analysis

This interactive tutorial will provide an introduction to Marc & Mentat and the process of performing nonlinear finite element analysis. Ability Level: Beginner

Using SimXpert and MD Nastran to Perform Basic Finite Element Analysis

This interactive tutorial will demonstrate how to use SimXpert and MD Nastran to perform finite element analysis. Ability Level: Beginner

Using Patran and MD Nastran to Perform Finite Element Analysis

This interactive tutorial will demonstrate how to perform finite element analysis with Patran and MD Natran. Ability Level: Beginner

Introduction to Motion Simulation Using the SimXpert Motion Workspace

This tutorial will demonstrate how you can setup a model and perform motion analysis within the SimXpert motion workspace, displaying motion of the model under conditions specified and results charts. Ability Level: Beginner

Introduction to Dynamic Analysis using MSC Nastran and Patran

This interactive tutorial will demonstrate how to perform different types of dynamic analysis using MSC Nastran and Patran. First, it shows how to create a simple cantilevered plate model that will be used for different types of dynamic analysis. Then, it demonstrates how to perform normal modes analysis, direct transient response analysis, and frequency response analysis. Ability Level: Beginner

SimXpert Thermal Analysis Online Training

Ability Level: Beginner

Hiding and Showing Entities in SimXpert

Ability Level: Beginner

Adams Machinery Datasheet

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