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Neosimulation Services: Custom Modeling Methods

To outlast your competition, you need to outpredict them. By using faster, more accurate virtual prototypes, you can provide new products to your customers more quickly, and with fewer warranty issues.

Unfortunately, your competitors often have the same virtual prototyping tools and expertise as you: the same capabilities, but the same limitations as well.  This presents an opportunity for you take the lead, by improving your modeling capabilities and circumventing their limitations. 

Neosimulation Engineering specializes in simulation technologies that 'converge to reality'.  We address the shortcomings of conventional modeling tools, particularly as they result from compound obstacles that include nonlinearity, hysteresis, cross-coupling, and irregular excitation.  Solutions to problems in this area represent new opportunities to gain a competitive edge.

Neosimulation is uniquely qualified to investigate new modeling methods, with extensive expertise in both advanced nonlinear modeling and laboratory testing.  We can modify or extend our basic Neodynamics modeling technology to match your special requirements. Some project suggestions are listed below.  Our Publications may lead you to additional project ideas. 

Application Objective
Vehicle Dynamics Tire modeling, rough road Predict spindle forces & moments from laser profilometer-based road surface input. 
FEM tire replacement Replace FEM tire models by simpler blackbox equivalents, to expedite multibody simulations. 
Electro-rheological dampers Represent coupled electrical-fluid behavior, under unsteady, non-Newtonian, turbulent conditions. 
Aerodynamics From wind tunnel data and vehicle position, predict aerodynamic forces & moments, even for unsteady conditions.
Biomechanics Cardiovascular Nonlinear Windkessel models, for accurate assessment of cardiac assist devices

Rider biomechanics

Predict motorcycle rider reaction forces at seat, handlebars, and footpegs, for arbitrary frame motions.
Soft tissue modeling Predict shock or vibration behavior of muscles, organs, and adipose tissue, to improve industrial tools, vehicle safety, or consumer product safety.
Simulation Testing Road simulation Expedite drive file development using neural network models.
Finite Element Modeling Realistic material hysteresis Improve FE models for elastomeric or tissue specimens, via use of empirical nonlinear, hysteretic constitutive relations.
Thermal behavior Accurately predict energy dissipation and heat transfer for complex materials. 

 

To find out how you can bypass your competitors with new modeling technology, please give us a call: 

 

 

    

Copyright © 2003-2007, Neosimulation Engineering                                                    
Last modified: July 31, 2007
Revision:
 

 

Neodynamics  is a trademark  of Neosimulation Engineering.
Empirical Dynamics, EDM, and RPC are trademarks of MTS Systems Corporation.  ADAMS is a trademark of MSC Software.

 

 

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