1.
The study on the energy release rate for cracks propagating of particle and matrix interface in functionally gradient materials(FGM) was carried out.
研究了功能梯度材料富陶瓷区金属颗粒界面断裂能量释放率。
2.
Fractural Study of Interfacial Adhesion Measurement with Interfacial Toughness for Coating/Substrate System
界面断裂韧性与膜基结合性能关系的研究
3.
The fracture surface traverses matrix as well as fibers and interface.
断裂表面横切过基体、纤维和界面。
4.
Deformation and Fractue of Micro─Zone Adjacent to Interface in Steels ──Ⅱ─Deformation and Fracture in Region Adjacent to Interface between Phases
钢中近界面微区的形变与断裂──Ⅱ─相界面近区的形变与断裂
5.
Interfacial Fractural Analysis for Joint-Structures with Multi-material System
多材料、多界面体系的断裂特性分析
6.
Fracture tests on CFRP-4ENF interfaces
CFRP-混凝土界面4ENF断裂试验研究
7.
THE ADHESION AND THE FRACTURE ENERGY AT THE TNTERFACE OF COMPOSITES OF ARAM ID FIBER WITH ACTIVE SKIN LAYER
表面改性芳纶复合材料的界面粘结与界面断裂韧性
8.
APPLICATION OF THE FRACTURE MECHANICS ON INTERFACIAL BOND BETWEEN STEEL AND CONCRETE
断裂力学在钢与混凝土界面粘结中的应用
9.
Digital Simulation of Influence of Tensile Strength of Interfacial Transition Zone on Tensile Fracturing Process of Concrete
界面强度对混凝土拉伸断裂影响的数值模拟
10.
Mechanics of Bimaterial Interface Beams and Its Application to Fracture of FRP-concrete Bonded Interfaces;
双材料梁界面力学模型及其在FRP-混凝土界面断裂研究中的应用
11.
Viscoelastic Interface Fracture and Interface Debond of Solid Rocket Motor;
粘弹性界面断裂与固体火箭发动机界面脱粘研究
12.
Dynamic Fracture of a Cylindrical Interphase Crack under Torsional Load
圆柱形界面相裂纹在扭转载荷作用下的动态断裂
13.
crippling stress
临界应力, 断裂应力
14.
Primary Exploration of Fractal Dimension of Fracture Surface of Deposited Metal and Its Mechanical Properties;
熔敷金属断裂表面分维与其力学性能关系初探
15.
The anti-plane fracture problems of cracked plate for functionally graded materials under shear loads is discussed.
讨论功能梯度材料裂纹板在剪切载荷作用下的反平面断裂问题。
16.
Study on Dynamic Fracture and Arrest Toughness of 5NiCrMoV Steel and Cutting Section Metallographic Method;
5NiCrMoV钢动态断裂和止裂性能及剖面金相法可行性研究
17.
They observed that broken fibers recede within the matrix in composites with weak interfacial bond.
他们观察到弱界面粘结的复合材料，断裂的纤维会在基体中缩回。
18.
With the Erhai fault zone as a boundary, they are mainly basic and ultrabasic rocks in the east side, trachyte in the west side.
以洱海断裂带为界 ,东侧主要为基性、超基性岩 ,西侧主要为粗面岩。