真三軸試驗 的英文怎麼說

中文拼音 [zhēnsānzhóushìyàn]
真三軸試驗 英文
true triaxial test
  • 真 : Ⅰ形容詞（真實） true; genuine; real Ⅱ副詞1 （的確; 實在） really; truly; indeed 2 （清楚確實） cl...
  • 三 : Ⅰ數詞1. （二加一后所得） three 2. （表示多數或多次） more than two; several; many Ⅱ名詞（姓氏） a surname
  • 軸 : 軸Ⅰ名詞1. （圓柱形的零件） axle; shaft 2. （對稱部分的直線） axis 3. （圓柱形的纏繞器物） roller; spool Ⅱ量詞（用於纏在軸上的線以及裝裱帶軸子的字畫）
  • 試 : 名詞（古代占卜用的器具） astrolabe
  • 驗 : 動詞1. （察看; 查考） examine; check; test 2. （產生預期的效果） prove effective; produce the expected result
  • 試驗 : trial; experiment; test
  1. Although true triaxial apparatus is unpopular so far, hohai university has recently designed and manufactured a set of new style true triaxial apparatus, which provides this paper with essential condition to study soil anisotropic deformation characteristic

    盡管真三軸儀不普及，但河海大學新近研製了新型真三軸儀，使得本文具備了試驗研究土體各向異性變形特性的必要條件。
  2. The research of that problem is restricted by test means besides its intrinsic complicacy. it is difficult for soil anisotropic deformation characteristic to be studied without true triaxial apparatus and true triaxial test

    該問題的研究除了本身比較復雜以外，還受土工測試手段限制較大，若沒有真三軸儀和相應的真三軸試驗，分析研究土體各向異性變形特性就較困難。
  3. It is discovered that the domestic and foreign true triaxial apparatus already designed and manufactured have their individual merits and faults during debuging and testing the new true triaxial apparatus of hohai university. thus, firstly, the quality of the main domestic and foreign true triaxial apparatus is analyzed and evaluated, and some constructive opinions of designing and manufacturing more reasonable, stable, accurate and dependable domestic true triaxial apparatus in the future are brought up

    本文主要的研究工作：首先，在利用河海大學新型真三軸儀進行大量試驗過程中發現，國內外已設計、研製的主要真三軸儀各有優缺點，對國內外真三軸儀優劣進行了可能的分析和評價，為國內今後設計、研製更合理、穩定、準確可靠的真三軸河海大學博士學位論文儀提出一些建設性意見。
  4. A valid method to make the anisotropic deformation behavior of load bearing unit clear is to research principal stress and principal strain relationship, and true triaxial test is a necessary means

    弄清受荷單元的主應力主應變關系是認識各向異性變形性狀的有效方法，而真三軸試驗是必要的手段。
  5. Numerical simulation of foundation deformation under asymmetrical loading with the finite element method was performed by use of the cam - clay model and the ohta - sekiguchi model

    摘要用劍橋模型和關口太田模型對偏載作用下的地基變形進行了有限元數值模擬，並結合真三軸試驗成果比較分析了這2種模型柔度矩陣的特點。
  6. It is suggested that the true triaxial test under different stress paths should be performed to derive reasonable anisotropic yield criterion and further to develop nonlinear anisotropic elastic - plastic constitutive model

    建議通過復雜應力條件下不同應力路徑的真三軸試驗，建立合理的各向異性屈服準則，進而建立各向異性非線性彈塑性模型。
  7. Former true triaxial test research have been lack of the completely study on soil anisotropic deformation characteristic on condition that load in each of the tree principal stress direction because of their different research purpose

    由於研究目的不同，以往真三軸試驗研究中缺乏針對三主應力單向加荷時的土體各向異性變形特性較全面的研究。
  8. Secondly, true taixial test by load in three different principal stress direction for study on soil anisotropic deformation characteristic are processed. lateral deformation relative to load direction, lateral deformation relative to lateral direction and the stess - strain relationship in load direction are analyzed, and soil anisotropic deformation characteristic on the three aspects of elastic ratio, poisson " s ratio and the property of compliment matrix are completely analyzed too

    其次，為揭示土體各向異性變形特性，有針對性進行了三主應力分別單向加荷的真三軸試驗研究，分析相對于加荷向的側向變形、互為側向的側向變形、不同主應力加荷向的應力應變關系各向異性性狀。
  9. Three axis optical tracking test table is a kind of powerful instrument used to reproduce the flying posture of flying weapons in laboratory. the test table, together with equipment producing target, simulates the attacked target and flying missile, which can really simulate the various flying postures in space and dynamic characteristics. thus, the performance of sensors, control system and actuator and so on can be tested and evaluated, which provides various reference bases for developing, improving and redesigning flying weapons

    三軸光學跟蹤試驗轉臺是一種在實驗室條件下復現飛行器或導彈在空中飛行姿態半實物模擬的有力工具，它和目標發生裝置組合在一起模擬導彈跟蹤目標的過程，可以真實地模擬出導彈等飛行器在空間的各種姿態和動力學特性，從而對其傳感器件、控制系統和執行機構等硬體設備的性能加以測試和評價，為飛行器的研製、改進和再設計提供各種參考依據。
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