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The Use of Material-Technological Modelling to Determine the Effect of Temperature and Amount of Deformation on Microstructure Evolution in a Closed-Die Forging Treated by Controlled Cooling

机译：材料技术模型的使用来确定温度和变形的影响对通过控制冷却处理闭模锻造的微观结构演化的影响

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Štěpán Jeníček; Ivan Vorel; Josef Káňa; Kateřina Opatová;
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3. Manufacturing of nanostructured Ti-6Al-4V alloy via closed-die isothermal multi-axial-temperature forging: microstructure and mechanical properties [J] . Ghanbari Behzad Fallah, Arabi Hossein, Abbasi S. Mehdi, The International Journal of Advanced Manufacturing Technology . 2016,第1a4期

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4. EFFECT OF AMOUNT OF DEFORMATION ON MICROSTRUCTURE EVOLUTION DURING CONTROLLED COOLING OF FORGINGS FROM FINISH-FORGING TEMPERATURE [C] . Jana Cubrova, Ivan Vorel, Filip Vancura, DAAAM International Symposium on Intelligent Manufacturing and Automation . 2016

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5. Microstructure Evolution in Alpha Iron during High Temperature Tensile Deformation. [D] . Thanh, Phi Hung Xuan. 2012

机译：高温拉伸变形过程中α铁的组织演变。
6. Hot-Deformation Behavior of High-Nitrogen Austenitic Stainless Steel under Continuous Cooling: Physical Simulation of Surface Microstructure Evolution of Superheavy Forgings during Hot Forging [O] . Zhenhua Wang, Yong Wang 2019

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7. Use of Optical and Electron Microscopy in Evaluating Optimization by Material-Technological Modelling of Manufacturing Processes Involving Cooling of Forgings [O] . Ivan Vorel, Štěpán Jeníček, Josef Káňa, 2016

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The Use of Material-Technological Modelling to Determine the Effect of Temperature and Amount of Deformation on Microstructure Evolution in a Closed-Die Forging Treated by Controlled Cooling

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