Investigation of the Impact on Tungsten of Transient Heat Loads Induced by Laser Irradiation, Electron Beams and Plasma Guns
Investigation of the Impact on Tungsten of Transient Heat Loads Induced by Laser Irradiation, Electron Beams and Plasma Guns
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DOI：
10.13182/fst13-a16904
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发表时间：
2013-05
影响因子：
0.9
通讯作者：
A. Huber;A. Burdakov;M. Zlobinski;M. Wirtz;J. Coenen;J. Linke;P. Mertens;V. Philipps;G. Pintsuk;B. Schweer;G. Sergienko;A. Shoshin;U. Samm;B. Unterberg
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文献类型：
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作者：
A. Huber;A. Burdakov;M. Zlobinski;M. Wirtz;J. Coenen;J. Linke;P. Mertens;V. Philipps;G. Pintsuk;B. Schweer;G. Sergienko;A. Shoshin;U. Samm;B. Unterberg
本文概述了钨引起的瞬变事件和损伤的不同模拟方法。研究的重点是由此产生的裂缝网络，并特别注意裂缝的距离、宽度和深度。结果表明，不同的技术总体上表现出相似的损伤行为和相同的损伤阈值。
This contribution gives an overview of different simulation methods for transient events and damages induced in tungsten. The investigations were focussed on the resulting crack networks and special attention was paid to crack distance, width and depth. The results indicate that the different techniques show, in general, similar damage behaviours and the same damage thresholds.