thermal-shock behavior 中文意思是什麼

thermal-shock behavior 解釋
在熱沖擊作用下的變化
  • thermal : adj. 1. 熱的，熱量的，溫熱的；由熱造成的。2. 溫泉的。n. 【航空】上升暖氣流。adv. -ly
  • shock : n 1 沖突；沖撞；沖擊；突擊。2 震動；沖動；激動。3 感動；憤慨；驚愕；震驚。4 地震。5 【醫學】休克...
  • behavior : n 1 行為，品行；舉止，態度，舉動，表現，行動。2 （生物的）習性；（機器等的）特性，性能，狀態；（...
  1. Behavior and mechallism of thermal shock resistance in muniphase ceramics

    微裂紋復相陶瓷材料的抗熱震機制
  2. Presents the investigation of the heat conduction behavior, internal thermal stress field of specimen under thermal shock and microscopic damage and failure of the tungsten based composites by combination of macroscopic and microscopic analyses and integration of material science and mechanics ; describes a microscopic mechanical model based on the microstructure of components with macroscopic stress applied to the microscopic model as that of maximum principal stress at the center, and the fringe of the specimen, and the microscopic stress fields obtained through calculation by the finite element method, and concludes from test results that the maximum principal stress is first generated inside the test coupon, and a failure will be first initiated in the inclusion if the material fails at this time ; the maximum principal stress moves to the edge of the test coupon after the test coupon is heated for a period of time, and the failure will first be initiated in the base if the material fails at this time

    從材料設計的思想出發，採用宏觀與微觀、材料科學與力學相結合的方法，對鎢基復合材料的熱傳導行為、材料在熱沖擊載荷下的內部熱應力場及材料細觀結構的破壞行為進行了詳細的理論研究.根據鎢基復合材料的細觀組織結構建立了材料細觀模型.在宏觀分析的基礎上，分析了材料微結構內部的破壞行為.分別取試件心部與邊緣主應力值最大點的應力狀態，施加在所建立的模型上，用有限元方法計算了模型內部的彈性應力場.結果表明：試件主應力最大值首先產生在試件內部，此時，如果材料發生破壞將先從夾雜中開始；加熱一段時間后試件中的最大主應力值轉移到試件邊緣，此時材料發生破壞將先從基體中開始
  3. Thermal shock behavior and interaction fatigue - creep of 3d - c / sic had been investigated in the three environments ( argon, dry oxygen, wet oxygen ) in the preset work

    本文研究了3d - c sic在空氣介質下的熱震損傷規律和在三種介質（氬氣、干氧和濕氧）下的疲勞蠕變的損傷規律。
  4. So far, many studies on general properties of 3d - c / sic have been carried out, but the study on its interaction fatigue - creep and thermal shock behavior, especially at high temperature, has not been reported

    文獻中對其常規力學性能研究較多，而對其熱震和疲勞蠕變交互作用行為鮮見報道。
  5. Moreover, thermal shock behavior of 3d - c / sic was distinctly superior to that of recrystallization sic, and when the deposition time of pyrocarbon was 20h, 3d - c / sic possessed the longest thermal shock life

    3d - c sic復合材料的抗熱震性能明顯優于重結晶sic陶瓷材料；三種界面層的3d - c sic中，以熱解碳沉積時間為20小時獲得的界面層復合材料熱震壽命最長。
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