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How can Simulation help you reduce cost and save time?

RecurDyn Multibody Dynamic Analysis

RecurDyn Demo Animations

Flexible Body Modeling and Control Systems

Time-Saving, Application-Specific Toolkits
LATEST NEWS
May 18, 2014:
NASA Awards MotionPort with Small Business Innovative Research Grant

December 11, 2013:
Particle Dynamics Capabilty Now Available in RecurDyn V8R2

July 23, 2013:
The 2013 RecurDyn Technology Conference to be Held on Sept. 26

April 8, 2013:
FunctionBay Joins the MathWorks Connections Program

June 27, 2011:
Case Study - RecurDyn Simulations Guide Engineers to Improved CV Joint Boot Designs

April 8, 2011:
Case Study - RecurDyn Enables the Development and Optimization of Circuit Breaker Mechanisms

March 15, 2011:
Analysis and Simulation Software Applied to Latest Mars Rover

November 30, 2010:
First Chinese Textbook About RecurDyn Multibody Dynamics Software Published

March 4, 2009:
RecurDyn Motion Simulation Software Simulates Track Loader

March 24, 2008:
Brant Ross to Co-Organize the 2009 Symposium on Multibody System Software Development and Applications in Education and Industry

March 24, 2008:
Brant Ross to Speak at the AIMCAL Applied Web Handling Conference

February 20, 2006:
UGS and FunctionBay Announce Partnership

More News Stories...
WHAT WE DO
 
MotionPort helps engineers achieve better designs by utilizing 3D virtual prototyping technology. This technology, also called simulation, enables you to:
  • Reduce physical testing and save money
  • Innovate faster and beat your competition
  • Keep material costs in check
  • Fix your designs before production, not your products after

Tracked robotic vehicle
Virtual prototype of a tracked robotic vehicle

A virtual prototype was used to evaluate the mobility of this tracked reconnaissance robot as it climbs stairs.
Simulation can help you achieve these goals because:
  • Simulation-derived information can be obtained before physical prototypes are built
  • Simulation-derived information can be measured at locations that are not readily instrumented
  • Outputs from a series of design studies can be produced quickly and efficiently

Printer
Simulation of corrugated sheet exiting printer

Simulation can be used to improve the design of printers and other mechanical systems transporting flexible media.
Various mechanical Computer Aided Engineering (CAE) approaches can be taken to simulate your systems:
  • Multibody Dynamics Simulation (MBD) allows you to predict and understand the motion of complex mechanisms.
  • Finite Element Analysis (FEA) enables you to predict and understand how a mechanical component will react under various loads and operating conditions.
  • Multi- Flexible Body Dynamics (MFBD) is a combined approach that can be taken to increase the accuracy of your simulation results.
Multibody Dynamics Simulation
Multibody Dynamics Simulation
Finite Element Analysis
Finite Element
Analysis
Multi- Flexible Body Dynamics
Multi- Flexible Body Dynamics
MotionPort recommends the use of various software tools together to perform the simulation types described above, yielding more accurate and useful results:
  • RecurDyn Multibody Dynamics Simulation provides loads for use in Finite Element Analysis.
  • Finite Element Pre-Processors provide finite element meshes for use in RecurDyn and Finite Element Analysis.
  • Finite Element Analysis provides modal analysis outputs to define modal flexible bodies in RecurDyn.

With over 25 years of experience in the field of mechanical computer aided engineering, MotionPort has both the theoretical background and the practical skills required to apply simulation technology to your design challenges.

For more information on the software packages MotionPort uses, please see our partners. Feel free to contact us for more information.

Simulation software synergy

 
 
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