破坏力学以研究材料之破坏为手段，以防止材料破裂为终极目标，而破坏力学则是应用理论来研究材料之破坏原因破坏力学用于设计之上，可将一些可能引起破裂之因素与条件，在设计之初就加以考虑以杜绝结构破裂之发生。世界先进国家对于尖端科技与有寿命，安全顾虑的机械结构如飞机、火箭、飞弹、核反应器及海陆运输工具等，皆已应用破坏力学以确保结构之寿命安全。
破坏力学 ( Failure Mechanics) 已经逐步収展幵完 善起来 ,在材料的破坏斱面有其系统的理论框架 ,但对 亍脆性材料在极端条件下冲击破坏的解释 , 还存在困 难 ,尽...
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总结了黄土剪切破坏的整体变形方式、破坏类型和变形破坏力学模式。
Summaries have been reached on the whole distortion way due to the loess shearing destruction, the type of destruction and the mechanics pattern of the distortion destruction.
鉴于目前固体破坏力学不能准确描述冰的挤压破碎过程，理论和数值方法的应用非常困难。
Since modern damage mechanics is not able to describe the crushing process of ice sheet accurately, it is fairly difficult to study crushing ice force using theoretical or numerical methods.
重点讨论了考虑化学损伤的破坏力学方法，认为此方法可以解释并定量分析水-岩反应的力学效应。
The rock failure mechanics with chemical damage is a new analysis method proposed by author. The method may explain and quantitatively analyze the mechanical effects of water and rock interaction.
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