copy Deform.pwd into ..\DEFORM2D\V8_0\

Have Fun Team Substance

             Deform.2D.v8.02
 released: 04-2004    Disk [xx/14]

                                 Deform.2D.v8.02

        SUPPLiER.....: Team Substance        RELEASEDATE..: 04-2004
        CRACKER......: Team Substance        DiSKS........: 14x5MB
        PACKAGER.....: Team Substance        TYPE.........: util

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                           R e l e a s e   N o t e s

  DEFORM-2D is a Finite Element Method (FEM) based process simulation system
  designed to analyze two dimensional (2D) flow of various metal forming  
  processes. It provides vital information about material and thermal flow 
  during the forming process to facilitate the design of products and required 
  tooling. DEFORM╓-2D has been used by companies worldwide to analyze forging, 
  extrusion, drawing, heading, upsetting and many other metal forming processes.
  DEFORM╓-2D offers state-of-the-art process simulation technology. Its powerful
  simulation engine is capable of analyzing complex interactions of multiple 
  deforming objects with different material properties during the metal forming 
  process. This allows a realistic and accurate modeling of the metal forming 
  process under production environment. Its sophisticated mesh generator automat-
  ically generates an optimized mesh system whenever necessary. By considering 
  the solution behavior, the mesh generator generates finer elements in regions 
  where greater solution accuracy is required, thus reducing the overall problem 
  size and computing requirements. Its flexible and powerful graphical user
  interface makes the preparation of input data and examination of result data
  very easy to accomplish. The example on the left illustrates a sophisticated 
  multiple deforming body capability that is unmatched by any simulation program.
  This hammer forging includes the entire die stack as elastic bodies. Shown are 
  contours of effective stress (red is higher). The workpiece (shown in orange) 
  is deforming with flash using a rigid-plastic material model. Top die stack 
  movement is based on the hammer energy model. The elastic energy due to die 
  deflection adds another dimension of accuracy to the simulation result. The 3D
  graphic display is created using

  http://www.deform.com


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                            I n s t a l l a t i o n

         Read Notes.txt into the Crack dir for Install. Have Fun.

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