1) wedge-splitting test on compact tension specimen
楔入式紧凑拉伸断裂试验
1.
Experimental Study Using Wedge-Splitting Test on Compact Tension Specimens;
楔入式紧凑拉伸断裂试验研究
2) Wedge-splitting on compact tension specimen
楔入式紧凑拉伸
3) compact tension specimen
紧凑拉伸试样
1.
Studies on loading-point displacement for compact tension specimens
紧凑拉伸试样加载点位移研究
2.
To study the performance of SiC/Al Functionally Gradient Material(FGM),the numerical simulation analysis on the creep performance of three-point bending and compact tension specimen of SiC/Al FGM with four gradient layers is done under the thermal load and mechanical load coupling with thermal load by using ANSYS.
为研究SiC/Al梯度功能材料(Functionally Gradient Material,FGM)的性能,采用ANSYS分别对具有4个梯度层的该种材料的3点弯曲试样和紧凑拉伸试样,在热载荷和机械载荷热载荷共同作用下的蠕变性能进行数值模拟分析,得到不带微裂纹、带垂直梯度方向微裂纹和平行梯度方向微裂纹的SiC/AlFGM试样在这两种工况下的蠕变应变随坐标位置及时间变化曲线。
4) compact tension specimen
紧凑拉伸试件
1.
A practical model to estimate fracture toughness of concrete was developed by utilizing the equilibrium of forces at the cracked section in unstable fracture state of compact tension specimen, where the softening feature of concrete was taken into account.
根据混凝土的软化特性,通过紧凑拉伸试件失稳断裂破坏临界状态的力学分析建立了混凝土断裂韧度的解析计算模型。
5) Compact tension (CT) specimens
紧凑拉伸(CT)试样
6) compact tension
紧凑拉伸
1.
The results showed that the KIC of the compact tension specimens of L-R orientation was evidently higher than that of the compact tension specimens of R-L orientation and C-R orientation.
结果表明:L-R取向的紧凑拉伸试样的KIC明显高于R-L取向和C-R取向。
补充资料：楔试验
分子式：
CAS号：
性质：以楔形炸药测定炸药冲击感度的试验。试验时，将楔形炸药引爆，测定爆轰中止传播处的试样厚度，称为失败厚度或熄爆厚度，并以此厚度表征炸药冲击波感度。此外，失败厚度也可用于确定炸药装药的临界直径。
CAS号：
性质：以楔形炸药测定炸药冲击感度的试验。试验时，将楔形炸药引爆，测定爆轰中止传播处的试样厚度，称为失败厚度或熄爆厚度，并以此厚度表征炸药冲击波感度。此外，失败厚度也可用于确定炸药装药的临界直径。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条