multiaxial 中文意思是什麼

multiaxial 解釋
多向的
  1. Research on an isa - bus - based multiaxial servo control system

    總線的多軸伺服控制系統的研究
  2. It shows that the damage parameter is more suitable for composite multiaxial fatigue investigation than the traditional strain versus life curve and the predicted fatigue lives have a good agreement with the tested values

    結果表明：與傳統的應力-壽命預測曲?相比較，新的疲勞損傷參量更適合於復合材料的多軸疲勞研究，計算結果與實驗結果吻合較好。
  3. Based on the experimental data of rotor steel 1crmov in the loading of low - cycle fatigue at high temperature, the strength behavior and the fatigue life curve of this material at 550 have been achieved. meanwhile, with respect to three kinds of notched bar, their material damage assessment method under multiaxial stress condition is discussed

    本文在1crmov材料的高溫低周疲勞實驗數據進行了整理和統計的基礎上，得到了材料的疲勞強度特性曲線和疲勞壽命曲線，同時對三種不同缺口形式的圓柱形試件進行了多軸應力狀態下的材料損傷的研究，並通過數值計算方法進行了疲勞壽命評估。
  4. This paper introduced manufactures and applications of multiaxial fabric, frp pipe and tank, frtp ( fiber reinforced thermoplastics ) as well as composite materials institute of universities in germany and spain

    摘要本文介紹了德國、西班牙多軸向織物、玻璃鋼管道與貯罐，熱塑性纖維增強塑料的製造和使用，以及大學復合材料研究所的情況。
  5. The compress tests on multiaxial multi - layer warp knit glass - fiber composite ( mmwk ) have also been carried out at high strain rates. the out - of - plane compressive property of multiaxial multi - layer warp knit glass - fiber composite are also rate sensitive. the maximum stress strain and elastic modulus of mmwk composite increase with the rising of strain rate

    首次對多軸向經編玻璃纖維復合材料進行了高應變率下的面外壓縮試驗，實驗結果表明，多軸向經編結構玻璃纖維復合材料在面外力學性能上是應變率相關的，隨著應變率的增加，沖擊壓縮瞬時應力增加，最大應力和最大應變增加，同時初始模量也有增大的趨勢。
  6. The multiaxial cyclic characteristic of gh4169 was investigated for the thin tubular multiaxial fatigue specimen under proportional and non - proportional loading at high temperature

    摘要針對拉扭薄壁管疲勞試樣，在控制應變拉扭循環加載下對高溫合金材料gh4169的循環特性進行試驗研究。
  7. Evaluation on the multiaxial fatigue criteria

    多軸疲勞破壞準則現狀及評估
  8. The fracture surfaces of multiaxial fatigue specimens under proportional and non - proportional multiaxial loadings were observed and analyzed by using a scan electron microscope

    摘要利用掃描電鏡對多軸比例和非比例載下的疲勞試樣的斷口面和外表面進行掃描觀測分析。
  9. Discussion of the evaluating criterion of 400 low cycle fatigue life under multiaxial stress states

    低周疲勞壽命評價準則的探討
  10. The results showed that most multiaxial fatigue cracks were initiated and propagated along the direction of maximum shear plane or on the direction perpendicular to the tubular specimen ' s axis

    研究表明，多軸疲勞裂紋主要是沿最大剪切平面或垂直於管形試樣的軸線方向擴展。
  11. Low - cycle fatigue life prediction under multiaxial non - proportional loads

    多軸非比例加載低周疲勞壽命預測方法的研究
  12. Multiaxial low cycle fatigue life prediction model based on plastic energy

    基於塑性應變能的多軸低周疲勞壽命預測模型
  13. Biaxial analysis was used to get the multiaxial information, and fatigue calculation of multiaxial crack initiation was conducted

    壽命預測採用多軸裂紋萌生疲勞分析，其中部件的多軸特性通過二軸分析獲得。
  14. According to the observed results near the fracture surfaces, the orientations of the fatigue crack initiation and propagation were investigated to study the mechanism of multiaxial fatigue crack propagation

    根據薄壁管拉扭復合載試件斷口附近表面觀測結果，統計其裂紋擴展的位向，研究多軸疲勞裂紋萌生及擴展機理。
  15. A study on the multiaxial time - dependent constitutive model with nonproportionality of 96. 5sn - 3. 5ag solder alloy

    釬料合金的含非比例度的多軸時相關本構模型研究
  16. Testing method for multiaxial impact behaviour of carbon fibre reinforced plastics

    碳纖維增強塑料的多軸沖擊特性的試驗方法
  17. Finally, two new methods of multiaxial fatigue life prediction were presented by the analysis of the stress - strain and damage parameters on multiaxial fatigue damaged critical planes

    第四，通過對多軸疲勞損傷臨界面上的應力應變及損傷參量進行分析，提出了兩個新的計算多軸缺口件的壽命估算方法。
  18. A multiaxial fatigue damage parameter for fibre - reinforced composite was presented based on critical plane approach and the multiaxial fatigue damage characteristics of composite were investigated

    摘要基於臨界平面方法，提出一種用於纖維增強復合材料的多軸疲勞損傷參量，研究了復合材料多軸疲勞損傷特徵。
  19. For multiaxial life prediction, the critical plane approach is better than that of others, however, the accuracy of life prediction is deeply influenced by the results of stress - strain analysis

    在多軸疲勞壽命預測的問題上臨界平面法是一種比較好的方法，而影響臨界平面法預測結果精確度的主要因素是所進行的應力應變分析。
  20. Recent advances of multiaxial high cycle fatigue under nonproportional loading

    多軸非比例加載高周疲勞研究進展
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