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The laboratory tests of hybrid layers combining hardfacing and nitriding dedicated to increase the durability of forging tools in hot forging processes

机译：混合层的实验室试验结合硬折叠和氮化型致力于提高热锻过程中锻造工具的耐久性

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Paweł Widomski; Zbigniew Gronostajski; Marcin Kaszuba; Jagoda Kowalska; Mariusz Pawełczyk;
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年度 2019
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1. Influence of both hardfaced and nitrided layers on the durability of hot forging tools [J] . Gronostajski Zbigniew, Widomski Pawel, Kaszuba Marcin, Surface Innovations . 2018,第4a5期

机译：硬面层和氮化层对热锻工具耐久性的影响
2. Influence of the phase structure of nitrides and properties of nitrided layers on the durability of tools applied in hot forging processes [J] . Journal of Manufacturing Processes . 2020,第Apra期

机译：氮化物的相结构和渗氮层的性能对热锻工艺中工具耐久性的影响
3. Selected effective methods of increasing the durability of forging tools in hot forging processes [J] . Z. Gronostajski, M. Hawryluk, P. Widomski, Procedia Manufacturing . 2019,第2015期

机译：在热锻过程中提高锻造工具耐用性的有效方法
4. Selected effective methods of increasing the durability of forging tools in hot forging processes [C] . Z. Gronostajski, M. Hawryluk, P. Widomski, International Conference on Accuracy in Forming Technology . 2019

机译：采用了增加热锻过程中锻造工具耐久性的有效方法
5. Technology to Improve Competitiveness in Warm and Hot Forging: Increasing Die Life and Material Utilization [D] . Shirgaokar, Manas. 2008

机译：提高热锻和热锻竞争力的技术：延长模具寿命和材料利用率
6. Advanced Complex Analysis of the Thermal Softening of Nitrided Layers in Tools during Hot Die Forging [O] . Jakub Krawczyk, Paweł Widomski, Marcin Kaszuba 2021

机译：热电模具锻造工具中氮化层热软化的先进复杂分析
7. The application of a new, innovative, hybrid technology combining hardfacing and nitriding to increase the durability of forging tools [O] . Marcin Kaszuba 2020

机译：一种新的，创新的混合技术，结合硬折叠和氮化的应用增加锻造工具的耐用性
8. Open Computational Tool for Analytical Design of Multi-Step Forging Processes [R] . Berkooz, G., Marin, E. 1997

机译：多步锻造过程分析设计的开放式计算工具

The laboratory tests of hybrid layers combining hardfacing and nitriding dedicated to increase the durability of forging tools in hot forging processes

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