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(Feburary 9, 2009) We are pleased to announce the release of the SolidWorks to AMPS translator add-in module. The add-in COM module will easily export the existing SolidWorks models to AMPS, and SolidWorks users can immediately take advantage of AMPS advanced nonlinear and multi-physics analysis features. For details, please contact support@ampstech.com.

(January 26, 2009) We are pleased to announce that AMPS 5.2 has been released on AMPS Tech web site and can be downloaded immediately for customer with an active maintenance agreement. Details of the enhancement and update can be found on the support page..

(June 2007) Professor Wang and his research team of the University of Pittsburgh MechanoBiology Laboratory will present an application using AMPS at the 9th USNCCM (US National Congress on Computational Mechanics). Details of the paper can be found in the registered user section.

  • Micropost Force Sensor Array Modeling and Biological Applications

(July 2006) Two papers based on AMPS technologies are presented at 7th WCCM (World Congresss on Computational Mechanics). Details of these papers can be download from the registed user section

  • A Converving Optimal Least-Squares Finite Element Method for CFD Problems
  • Studying the Load-Carrying Distribution of Pile-Raft Foundations by Nonlinear Finite Element Analysis

(Jan 2006) AMPS Technologies was selected as one of the Emerging Technology Companies Pavilion, and participated in daratechSUMMIT2006..."We've searched the globe for new, exciting technologies and solutions from startups, emerging companies, and others and have selected the most promising of these and are bringing them to daratechSUMMIT2006!"

(April 2005) Two papers based on AMPS have been accepted for presentation at USNCCM8 (the Eighth U.S. National Congress on Computational Mechanics). The abstracts can be downloaded by clicking the links below.

  • An OverSet Method for Fluid-Solid Interaction Analysis Based on Least-Squares Fluid Formulation
  • Micro-Lorentz-Force-Driven Linear Motor Simulation with Air Effect Using an OverSet Finite Element Method