2020

1. AFDEX_V20R02 2. AFDEX_V20 New Features and Improvements   2.1 Stage-by-stage Simulation of Multi-body Problems   2.2 Tool-life Prediction of Dies   2.3 Prediction of Rollovers at the Ends of Sheared Materials   2.4 Instability Index and Use of Processing Map of Formability Diagram   2.5 Precise Prediction of Microstructure   2.6 Reduction of Computational Time 3. Notice   3.1 AFDEX Training…

1. Release of AFDEX_V20R01 2. Improved functions of AFDEX_V20    2.1 Development of main plate using the die motion control function for plate forging    2.2 Acquisition of flow stress information    2.2.1 Improved Hollomon’s model    2.2.2 Improved Swift model for elastoplastic analysis    2.3 Ring-rolling process design    2.3.1 Preform design    2.3.2…

1. AFDEX_V20R01 2. Some examples of new or advanced functions of AFDEX_V20    2.1 Effect of temperature and material model in cold forging process    2.2 Treatment of inclined spring attached die    2.3 Advances in controlling relative die motions in plate forging    2.4 Improvement of identifying potential region of air trapping    2.5…

1. AFDEX_V19 and AFDEX_V20    1.1 Imporved and new functions    1.2 Main features of AFDEX_V19    1.3 The latest features of AFDEX_V20 2. Successful application cases of AFDEX    2.1 Crankshaft die structural analysis    2.2 Optimal design for 3D die shape    2.3 Plate forging process design    2.4 Experimental and numerical acquisition…