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ANSYS AUTODYN Consulting 

JLR is also a certified AUTODYN consulting services provider for explicit analyses using tools like AUTODYN and ANSYS LS DYNA.  These are 2 of the best, most respected, utilized tools in the industry with respective strengths.

JLR's AUTODYN Consulting is carried out by PhD and MS -level engineers with decades of industry experience.  Our consultants are gurus with AUTODYN as well as gifted engineers.  We have an in-house ANSYS AUTODYN Consulting compute cluster for massively parallel computing. This means quicker solve times and answers for you. 

Allow us to understand your problem and help propose a framework for learning, solving, designing, and/or fixing with JLR's AUTODYN Consulting.  Contact us at the phone # below, or submit a form at: http://www.jlrcom.com/consulting.htm  


More about ANSYS AUTODYN

AUTODYN® is a versatile explicit analysis FEA and FV tool for modeling the non-linear dynamics of solids, fluids, gas and their interaction. Our focus is on providing the most advanced capability and yet a very robust tool, backed up by first class support.

With a fully integrated, easy to use graphical interface allowing set up, solving with AUTODYN and post processing with AUTODYN offers:

  • ANSYS Workbench meshing using explicit meshing criteria (v11) for use in AUTODYN analyses 
  • Finite element solvers for computational structural dynamics (FE)
  • Finite volume solvers for fast transient Computational Fluid Dynamics (CFD)
  • Meshfree particle solvers for high velocities, large deformation and fragmentation (SPH)
  • Multi-solver coupling for multi-physics solutions including coupling between FE, CFD and SPH

 

   More Information:
 

 AUTODYN verview (400KB)

 

 AUTODYN compelling Features

 AUTODYN feature Highlights Version 5 (600KB)

AUTODYN version 6 (1.3MB)

 

AUTODYN testimonials

     
  • A wide suite of AUTODYN material models incorporating constitutive response and coupled thermodynamics

  • Widely accepted for homeland security modeling (blasts, shrapnel, high speed impacts, etc)

  • Serial and parallel computation on shared and distributed memory systems

Contact us now for answers to your your toughest engineering problems!