Best-In-Class
Preprocessor: AMPSolid, the solid modeling front-end designed specifically
for FE simulation, is built on the industrial standard ACIS solid
modeling kernel with full model creation, modification,
featuring/de-featuring and full model history support.
Direct Interface with Popular CAD packages: If already using CAD software
(such as SolidWorks, AutoCAD, etc.), the user can directly take the model
to AMP through IGES, SAT, or STEP interface, ensuring complete integrity
between CAD and FEA models. Special direct interface for SolidWorks
directly transfers simulation study information for immediate analysis in
AMPS.
Advanced
Meshing Capabilities: AMPS provides a library of
meshing tools for different mesh generation requirements with advanced
options to control 2D/Shell triangle, quad, mixed, and in 3D unstructured
tetra/hexa meshing. Proprietary Meta-Meshing and FlexMesh hex meshing
technologies provide additional options to create a structured hexa meshing
directly from a solid model. The innovative Meta-Elements can be copied/pasted/combined
to construct a high quality mesh of beam, 2D, Shell and brick elements.
Analysis
with AMPS is Quick and Easy: AMPS is a next generation FE software, but analysis
is quick and easy; you don't have to read a long reference manual before
getting started, and there is no long list of elements to confuse you about
which one to use. The advanced automatic multi-body contact feature solves
complex contact problems without any user intervention.
State-of-the-art
Finite Element Technology: The most advanced
field-tested FE technologies are implemented using the best software
engineering with object-oriented language and data structure designed
specifically for simulations. Main features include: automatic
h-/p-adaptive error controls, Lagrangian finite strain and large rotation
support, complete elastic-visco-plastic material library, Arbitrary
Largangian Eulerian (ALE) fluid-structure method, Conservative Optimal
Least-Squares fluid formulation, automatic load/stepping controls with
arc-length post-buckling method, automatic load-balanced thread-pool
multi-thread design most suitable for multi-core/multi-CPU parallel
processing, fastest industrial direct sparse and iterative solver with just
minutes of run time for millions of equations.
True Multi-Physics Stress, Thermal, Flow and
Electromagnetic Simulation: Advanced,
consistent formulation correctly simulates strongly coupled problems such
as nonlinear large deformation fluid-solid interaction, Joule heating;
conjugate heat transfer, electromagnetic-stress contact, and complex
material nonlinear dependency such as MEMS applications
All
the above at affordable prices! AMPS comes at competitive prices in standard and
advanced versions, the best ROI in FEA tools. For universities, we provide
professional versions at a fraction of commercial price.
AMPS Technologies Company, 1310 Old
Freeport Road, Box 38121, Pittsburgh, PA 15238 http://www.ampstech.com,
(412) 963-1753, support@ampstech.com
