Then, its indicator diagram, mechanical load and thermal load are analyzed.
同时对示功图、机械负荷和热负荷进行了分析。
Since the thermal load and mechanical load of major moving components of the intensified engine are higher than before, users concern much about the safety of them.
强化后,由于活塞等主要运动件所承受的机械负荷和热负荷增加,其强度能否满足要求成为用户所关心的首要问题。
Finally, a theoretical formula is established, which describes the rule and stability condition of the morphological evolution for a void under mechanical and thermal load.
最后,本文给出了基于机械和热荷载共同作用下描述孔洞形貌演化规律及稳定性条件的解析方法及数值模拟结果。
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