1.
SIZE EFFECT FOR ROCK DYNAMIC FRACTURE TOUGHNESS TESTED WITH CRACKED STRAIGHT THROUGH FLATTENED BRAZILIAN DISC
用中心直裂纹平台巴西圆盘测试岩石动态断裂韧度的尺寸效应
2.
MIXED MODE DYNAMIC STRESS INTENSITY FACTORS OF CRACKED STRAIGHT THROUGH FLATTENED BRAZILIAN DISC SPECIMENS
中心直裂纹平台巴西圆盘复合型动态应力强度因子
3.
Formation Mechanism and Prevention of Center and Triangle-Zone Cracks in Continuous Cast Slabs
板坯中心裂纹和三角区裂纹的成因与防止
4.
Fracture Analysis of Piezoelectric Materials with Centric Cracks
中心裂纹压电材料板的断裂问题分析
5.
Then, the fracture problem of three dimensional FGM strips with center through cracks or edge through cracks is investigated.
接着,本文研究了含有中心贯穿裂纹和边沿贯穿裂纹三维功能梯度板的断裂问题。
6.
WEIGHT FUNCTION SOLUTION FOR CENTER CRACKED BRAZILIAN DISK SPECIMEN SUBJECTED TO UNIAXIAL COMPRESSION
单轴压缩下中心裂纹巴西试样的权函数分析
7.
Analysis of Cause for the Crack in the Centre of Thickness of 32 mm Hot Rolled Steel Plate
32 mm热轧条钢板厚度中心裂纹原因分析
8.
An Application of Tool Crack Testing Technology in Machining Center Processing
刀具裂纹检测技术在数控加工中心上的应用
9.
The portions of the crack near the saw cut and along the edges are closed in relation to the center of the crack face.
接近锯切口和沿着边缘的裂纹部分相对于裂纹面中心而肯定是闭合的。
10.
Detection of Notch Crack Initiation and Propagation by DC Potential Drop Method
缺口裂纹起裂和扩展检测的直流电位法
11.
Research of Crack Growth Life for Certain Helicopter's Main Blade
某型直升机主桨叶裂纹扩展寿命研究
12.
Interaction between hole edge and line cracks in a thin plate
薄板中孔边裂纹与独立裂纹的相互作用
13.
At zero applied load, the crack is closed along the perimeter of the specimen but open in the center.
在施加零载荷处，试样周边的裂纹是闭合的，而中心则是张开的。
14.
The Static Characteristics and Fatigue Properties of the Center-cracked Aluminum Plates Bonded with Composite Patches;
复合材料修复含中心裂纹铝合金板的静态与疲劳特性研究
15.
Ultimate strength analysis of central through-thickness cracked plate under complex load
中心穿透裂纹板在复杂载荷作用下的剩余极限强度分析
16.
Effects of Gas Film on Hot Crack and Surface Quality of Semi-continuous Casting 6063 Aluminum Alloy Slab
气膜对6063铝合金连铸坯中心裂纹及表面质量的影响
17.
Fatigue Life Prediction for Center-Hole Specimen of 2024-T3 Aluminum Alloy Sheet Based on Small Crack Method
基于小裂纹的2024-T3铝合金中心孔试样疲劳寿命预测
18.
A wide vertical band in the center of an escutcheon.
垂直宽条在一个饰有纹章的盾的中心部分的一条较广的垂直嵌条