导语

  

内容提要

  

    本书以板料成形过程的有限元分析软件Dynaform为平台，通过对软件基本功能的介绍，结合编著者多年从事教学及应用的丰富经验，配以7个由浅入深的应用实例，对Dynaform软件的模型建立、网格划分、前处理、计算求解及后处理等过程做了详尽的介绍，以引导读者快速掌握应用CAE分析软件解决工程实际问题的技能。本书可作为大专院校板料成形专业的参考教材，也可作为从事CAE设计的工程技术人员学习的辅助教材。

Chapter 1  Introduction of Dynaform Software
  1.1  A brief introduction of Dynaform
  1.2  Design ideas of Dynaform
  1.3  Analysis process in sheet metal forming by Dynaform
Chapter 2  Setting basis of Dynaform software
  2.1  Model establishment
    2.1.1  Import the model directly
    2.1.2  Build the model
  2.2  Meshing
    2.2.1  2 lines meshing
    2.2.2  3 lines meshing
    2.2.3  4 lines meshing
    2.2.4  Surface meshing
    2.2.5  Model Check/Repair
  2.3  Blank generation, setting and layout
    2.3.1  Blank generation
    2.3.2  Blank setting
    2.3.3  Blank layout
  2.4  Setting tool parts
  2.5  Setting the curves
    2.5.1  Define the loading curves
    2.5.2  Curve operation
  2.6  Stamping direction modification
  2.7  Setting analysis
  2.8  Computational solution
    2.8.1  Analysis
    2.8.2  One step solution (MSTEP)
  2.9  Post-processing
    2.9.1  Introduction to post-processing functions
    2.9.2  Make an animation
Chapter 3  Nesting and drawing of low box-shaped workpiece with flange ,
  3.1  Technological analysis of low box-shaped workpiece with flange
  3.2  Set up the model
  3.3  Database Operations
  3.4  Meshing
  3.5  Quick setting
  3.6  Analysis
  3.7  Post-processing
Chapter 4  Analysis on the two-stage drawing process of cylindrical parts
  4.1  Technological analysis of cylindrical workpiece
  4.2  First drawing analysis
  4.3  Second drawing analysis
Chapter 5  Analysis on V-bending springback process
  5.1  V bending springback process analysis
  5.2  Set up the model
  5.3  Database operations
  5.4  Meshing
  5.5  Quick setting
  5.6   Analysis
  5.7  Springback analysis
  5.8  Springback result analysis
Chapter 6  Analysis on hydraulic drawing process
  6.1  Technological analysis of stepped cylindrical workpiece
  6.2  Set up the 3D model
  6.3  Database operation
  6.4  Meshing
  6.5  Auto setup
  6.6  Analysis
  6.7  PostProcess
Chapter 7  Analysis on the hydraulic bugling process for tube
  7.1  Technological analysis of tube bugling
  7.2  Set up the 3D model
  7.3  Database operation
  7.4  Meshing
  7.5  Auto setup
  7.6  Analysis
  7.7  PostProcess
Chapter 8  Analysis on the drawing process of a car hood
  8.1  Create a 3D model
  8.2  Database operations
  8.3  Meshing
  8.4  Surface engineering
  8.5  Set draw bead type
  8.6  Determine the blank shape and size
  8.7  Set simulation parameters
  8.8  Set analysis parameters and solve
  8.9  Post-processing
Chapter 9  Analysis on the drawing process of a car left and right protection plates
  9.1  Technological analysis of the left and right protection plate
  9.2  Create a 3D model
  9.3  Database operations
  9.4  Meshing
  9.5  Surface engineering
  9.6  Set simulation parameters
  9.7  Set analysis parameters and solve
  9.8  Post-processing
Appendix
Reference