thick cylinder 中文意思是什麼
thick cylinder
解釋
厚壁圓筒-
Firstly the present situation of hydraulic fracturing of rock mass was talked about, then, the hydraulic fracturing of rock mass test was carried out with cement mortar ( analogue material of rock mass ) thick tube hollow cylinder through seepage - stress coupling apparatus that was developed by the laboratory of seepage control in hohai. through the analysis of data, the thesis discussed the mechanism of the hydraulic fracturing of rock mass
首先對巖體水力劈裂研究的現狀作了較為詳細的綜述，然後應用河海大學滲流實驗室的滲流?應力耦合試驗儀對以水泥砂漿為巖石相似材料的厚壁圓筒試件進行了水力劈裂試驗，並對試驗結果進行詳細分析，對試件水力劈裂破壞機理進行了深入的探討。 -
The stressmeter consists of a short solid or thick hollow cylinder of birefringent material.
應力計由雙折射材料製成的實心短圓柱體或厚壁空心短圓柱體構成。 -
The author still designed a set of experiment method exclusively for autofrettage experiment study to super - high pressure thick wall cylinder
為了進行相應的自增強試驗，作者提出了一套實驗方法，專門用於超高壓厚壁圓筒形容器的自增強實驗研究。 -
Thick walled cylinder by seamless steel pipe
無疑鋼管式厚壁圓筒 -
Unified limit analysis of thick wall cylinder of linear strengthened material
線性強化材料厚壁圓筒的統一極限分析 -
A study on the dynamic stress intensity factor of thick wall cylinder with cracks
帶裂紋厚壁筒的動態應力強度因子研究 -
As particular geological bodies, many paleo - sinkholes extensively develop and distribute in north - china - type coalfields, this paper studies the model of water inrush for thick wall cylinder at side face of paleo - sinkholes in north - china - type coalfields, this has great significance to the safety production of coalmines
摘要巖溶陷落柱作為一種特殊地質體，在華北型煤田廣泛發育和分佈，本文就華北型煤田巖溶陷落柱側壁厚壁筒突水模式及判據進行了研究，這對華北型煤田煤礦安全生產有著重要意義。 -
Calculation of stress intensity factor with thick - walled cylinder
厚壁圓筒的應力強度因子求解 -
Study of application of intelligent structure in vibration control of thick - wall cylinder
智能結構在厚壁圓筒振動控制中的應用研究 -
In order to overcome the shortages resulted from hypothesis of small deformation in radial symmetry based on thick - wall cylinder, plane stress and uniform pressure about residual stress around cold - expanded hole, a new model was proposed which takes into consideration the effect of split - sleeve, the different states along thick direction of specimen
摘要針對目前在研究冷擠壓孔邊殘餘應力時，大都採用基於厚壁圓筒的軸對稱小變形、平面應力狀態、孔邊受力為均布載荷等假設所帶來的不足，提出了在三維真實模型狀態下，考慮襯套對孔邊受力的影響、試件在厚度方向上的應力差異等因素。
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