intensity factor的意思

intensity factor中文翻譯：

強度因子；[土壤]強度因素

相似詞語短語

intensity───n.強度；強烈；[電子]亮度；緊張

factor───vt.把…作為因素計入；代理經營；把…分解成；n.(Factor)人名；(英)法克特；vi.做代理商；n.因素；要素；[物]因數；代理人

intensity of───……的強度；緊張

high intensity───[醫]高強度；n.高強度；adj.高強度的

normalized intensity───[化] 歸一化強度；[分化]歸一化強度

intensity score───強度評分

varying intensity───強度變化

intensity level───強度位準；亮度級；輝度水平；強度級; 場強電平; 亮度電平; 亮度級

intensity units───強度單位

雙語使用場景

We study stress intensity factor of thick wall cylinder with cracks under dynamic load.───研究了動載荷作用下帶裂紋厚壁筒的應力強度因子。

The intensity factor decreases with the propagation of cracks.───應力強度因子隨著裂紋的擴展而下降。

acoustic emission also shows a decreasing rate, following the drop in stress-intensity factor.───隨著應力強度因子的下降，聲發射也隨著減少。

Presents a method that can be conveniently used to calculate the stress intensity factor for the edge crack of a cold expanded hole.───對于殘余應力場已知的冷脹孔，用本文方法求孔單邊穿透裂紋的應力強度因子是簡單和準確的。

An analytical solution for the mode I stress intensity factor at the crack tip of a symmetric parabolic crack is thus obtained.───得到了含軸對稱拋物線曲裂紋平面彈性問題的曲裂紋尖端I型應力強度因子的解析表達式。

The boundary integral method is applied to the analysis of opening displacement and stress intensity factor of surface crack.───用邊界積分方法，分析表面裂紋的張開位移和應力強度因子。

The boundary collocation method is used to calculate the relationship between the stress intensity factor and section geometry.───最后用邊界配置法求解了應力強度因子與截面幾何尺寸之間的關系。

stress and stress intensity factor near the tip of mode I V-notch added coating are analyzed numerically.───基于有限元法，對添加涂層后的I型V形切口尖端附近的最大周向應力和應力強度因子進行了數值分析。

Moreover, the influences of varied cooling rate and amplitude on the stress intensity factor (DSIF) of crack tip are also discussed.───又探討不同降溫速度，降溫幅度對裂紋尖端應力強度因子的影響。

英語使用場景

The result shows that stress intensity factor of calculated of thickness of welding seam.

The task of determining the stress intensity factor is by no means a simple one.

The relationship between crack length and stress intensity factor or crack opening displacement is also given.

We study stress intensity factor of thick wall cylinder with cracks under dynamic load.

The applied stress intensity factor range is divided into two parts: one is the effective value responsible for crack growth and the other is the shielding value dissolved by crack surfaces contact.

A general solution and the stress intensity factor are obtained in term of series expansion, which satisfies both Laplace equation and the permeable boundary condition.

But the value of the critical stress intensity factor must be measured firstly.

A synthetic method to calculate stress intensity factor KI by use of the data obtained in the experiment of three dimensional photoelasticity is developed in this paper.

Meanwhile, we find the dynamical stress intensity factor is bigger than the statical stress intensity factor under the same conditions.