支路單元指針 的英文怎麼說

中文拼音 [zhīdānyuánzhǐzhēn]
支路單元指針 英文
tup:tributary unit pointer
  • : Ⅰ名詞1 (分支; 支派) branch; offshoot 2 (地支) the twelve earthly branches3 (姓氏) a surname...
  • : 1 (道路) road; way; path 2 (路程) journey; distance 3 (途徑; 門路) way; means 4 (條理) se...
  • : 指構詞成分。
  • : Ⅰ名詞1 (縫衣物用的工具) needle 2 (細長像針的東西) needle like things 3 (針劑) injection; sh...
  • 指針 : 1 (鐘 、表的針) hand; indicator; pointer; needle2 (分辨正誤的依據) guiding principle; guide 3...
  1. Tup : tributary unit pointer

    支路單元指針
  2. Tributary unit loss of pointer tu - lop

    支路單元指針丟失
  3. Tributary unit pointer tu ptr

    支路單元指針
  4. Secondly, in view of the limitation and shortage of traditional simulation of finite element approaches for bolt, a new composite grouted bolt element including nonlinear contacting relation will be built based on the above study of the mechanics mechanism of fully grouted bolt. then, an elastic - plastic finite element program will be developed for the analyses of tunnel stability, in which the composite grouted bolt element and nonlinear finite element analysis method will be used ; the patterns and the affect of main design parameters on the support effect of bolt will be analysed using the program, and conclusions of guidance importance for tunnel support design will be drawn. finally, simulation compution for the excavation and support of a highway tunnel will be made out using the above production, and the method of application of the program will be discussed ; analysis of the deformation, stress and distribution of plastic range will be done, and rational support plan will be worked out, which is of guidance importance for tunnel support design and the thery and technique of fully grouted bolt used in tunneling will be perfected further

    首先,本文在綜合分析隧道穩定性影響因素及失穩破壞模式的基礎上,對全長粘結式砂漿錨桿作用力學機理進行了深入研究,為全長粘結式砂漿錨桿的有限模擬分析奠定了基礎;其次,對傳統錨桿有限模擬方法的局限性與不足,在上述全長粘結式砂漿錨桿作用力學機理研究基礎上,建立出能反映界面非線性粘結的新型復合砂漿錨桿有限模型;然後,運用上述復合砂漿錨桿模型,引進非線性有限分析手段,開發了隧道護穩定性分析的有限程序,並就全長粘結式砂漿錨桿的型式與設計參數對護效果的影響進行了深入探討,得到了對隧道護設計具有導意義的結論;最後,運用本文研究成果對某公隧道工程實例進行了開挖與護的模擬計算,探討了其應用方法,並就隧道變形與應力及塑性區分佈規律進行了分析,從而提出了合理的護方案,為隧道護設計提供了參考依據,完善了隧道全長粘結式砂漿錨桿護的理論與方法。
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