MCAD Café: Using Simulation for Accurately Modeling Fiber-Reinforced Composites
Model and Analyze Gear Train Systems
Desktop Engineering: BMW uses SimManager to Manage Simulation
Marc 2013 Release Highlights
Fully coupled vibro-acoustic simulations for Improved Performance
Vehicle Dynamics International: Tool of the Trade
KEM: Development of Wind Power Plants with FE Analysis and Multibody Dynamics
NASA Tech Briefs: A New Era in Automotive Simulation Tools
Control Engineering: Simulation Boosts Machine Productivity
Simulation of Failure and Crack Propagation
KEM: Selects Adams as Product of the Year 2012
Desktop Engineering: CFD: Shaping the Medical World
Thermal Analysis Challenges in Aerospace Industry
Some of the most difficult thermal problems occur in the aerospace industry. These include the thermal design of a spacecraft in Earth orbit or flying to another planet, cooling an aircraft’s high powered avionics, anti-icing on airplane wings and engine nacelles and predicting solar heating loads on missiles or aircraft baking in the sun. This webinar will focus on using the advanced thermal solver Sinda and the model builder Patran to create thermal models to solve the thermal issues typically found in aerospace industries.
The Ohio State University
The OSU Biodynamics Laboratory uses MSC Software to assess lumbar spine forces with different lift devices during patient handling.
Nonlinear multi-scale modeling of short fiber reinforced plastics
This webinar will give an overview of Digimat capabilities for short fiber reinforced plastics, covering: General approach to material modeling, prediction of failure with FPGF failure model, speed-up of analyses through HYBRID solution method, fatigue model & approach for lifetime prediction
