本文通过算例对广义梁理论和薄壁杆件翘曲理论进行了比较研究，并指出了后者的贡献和局限性。
By an example, the warping theory of the thin-walled beam is compared with and distinguished from GBT, while the contribution and the defect of the former is presented.
指出“翘曲理论”作为工程实用计算理论，在理论上是正确的和先进的，在实际的工程运用中也是可行的、有效的。
It's pointed out that "warping theory" is not only all correct and advanced in the field of theory but also useful and effective in engineering practice.
“翘曲理论”完全包容传统理论，在许多问题的计算方面有着广阔的发展前景，无愧于是新一代的工程实用计算理论。
"Warping theory" entirely contains traditional theories, therefore it has capacious development foreground, and feels no regret to be a new generation engineering practical calculation theory.
考虑到翘曲速度旅行的超理论本质，安全问题从来没有可行性的原理问题重要。
Given the highly theoretical nature of warp speed travel, safety issues usually take a backseat to fundamental questions about its feasibility.
对翘曲变形受树脂光聚合速率以及活性稀释剂结构影响的实验结果进行了理论探讨；
The mechanism of curl distortion influenced by polymerization rate and structure of the active diluting agent studied.
笔者用弹性力学方法建立了相关模型，对产生翘曲的主要原因进行了分析，为解决该问题采取的相应措施提供了理论依据。
The reasons for the curling are analyzed and studied, and related models are proposed according to elastic mechanics. The results provide a sound basis for eliminating curling.
曲率-或翘曲-空间最初是由爱因斯坦早在1 9 15年在他的理论的广义相对论。
The curvature - or warping - of space was originally proposed by Einstein as early as 1915 in his theory of General Relativity.
曲率-或翘曲-空间最初是由爱因斯坦早在1 9 15年在他的理论的广义相对论。
The curvature - or warping - of space was originally proposed by Einstein as early as 1915 in his theory of General Relativity.
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