1.
EVALUATION METHOD OF FATIGUE DAMAGE UNDER VARIABLE AMPLITUDE STRESS BASED ON PLASTIC STRAIN
基于塑性应变的变幅应力疲劳损伤评估方法
2.
This would result in about 1. 5 million variable amplitude stress cycles, assuming each truck produces one stress cycle.
假定一辆卡车产生一次应力循环，这将产生1．5百万次变幅应力循环。
3.
The horizontal part of the Coriolis force suppressed the nonlinearity of internal waves; and the wavelength was broadened.
科氏力水平分量抑制内波的非线性效应,使得内波变缓,振幅减小。
4.
This paper presents a reliability design method for fatigue strength of steam turbine parts subjected to alternating and mean stess with random variable stress ratio.
本文介绍了应力幅和平均应力之比为随机变量时汽轮机零件疲劳强度的可靠性设计方法。
5.
Simulation analysis of the lifting force of parallelogram cylinder of the parallelogram system of rotary drilling rig based on ADAMS
以ADAMS为平台的旋挖钻机变幅机构变幅油缸举升力仿真分析
6.
Application of Pre-stressed Gai Liang Ⅱ Bridge Pier Design
整幅预应力盖梁Ⅱ型桥墩设计与应用
7.
The Applications of the Slow Swing Method to the Simple Pendulum
慢变振幅法在研究单摆运动中的应用
8.
Any serious fluctuation in pressure should be reported at once to the engineer in charge.
只要压力一有大幅度变化就报告给主管工程师。
9.
Mechanics Properties Analysis on the Metal Structure of Jib-bridge Luffing Gear;
臂桥架变幅系统金属结构力学性能分析
10.
Hydraulic characteristics experiment on scouring sluice under relative submergence degree of large variable head
大变幅相对淹没度下冲沙闸的水力特性试验
11.
Dynamic model of energy coupling effect about the boom system of truck crane
汽车起重机变幅系统机液耦合动力学建模
12.
temperature-stress-strain diagram
温度-应力-应变图
13.
The Optimization Design of the Amplitude Variation Mechanism of Truck Crane Based on Virtual Prototype;
虚拟技术在汽车起重机变幅机构设计中的应用
14.
Rotation invariant pattern recognition based on amplitude-modulated phase-only filter
应用振幅调制纯相位滤波器实现旋转不变识别
15.
Research on Heavy-load High Fatigue Stress Amplitude Cable and Anchorage of Cable-stayed Bridge
大吨位高疲劳应力幅斜拉索及锚具研究
16.
Moment Redistribution in Prestressed Continuous Steel-concrete Composite Beams with External Tendons;
体外预应力钢—混凝土连续组合梁的弯矩调幅
17.
Discuss on Simulate Analysis and Moment Modification in Prestressed Concrete Frame;
预应力混凝土框架模拟分析及弯矩调幅探讨
18.
The change ranges of these hydrodynamic coefficients decrease as the distance between floating bodies increases.
水动力系数的变化幅度随着浮体间距离增大而变小。