1.
Geological structural characteristics and analysis on paleostress field in No.2 Mine field in Yangquan
阳泉二矿井田地质构造特征及古应力场分析
2.
Analysis of market power in electricity market based on Cournot model;
基于古诺模型的电力市场中市场力分析
3.
Analyzing on the Nash-Cournot Competition Linear Complementary Model and Its Application in the Pool Market and the Bilateral Contract Market(Ⅱ);
两种类型电力市场“纳什-古诺”竞争的线性互补模型及其应用分析(Ⅱ)
4.
Simple Analysis on Bottle-neck Effect of Electric Power Market Increasing for Inner Mongolia Power Grid;
浅析内蒙古电网电力市场增长点下的瓶颈效应
5.
Coupled Analysis of Stress Field and Seepage Field in Deep Foundation Pit;
基坑开挖中渗流场与应力场耦合分析
6.
Analysis of Cournot-Nash Equilibrium for Electricity Markets Considering Options Contracts;
考虑期权合约的电力市场古诺?纳什均衡分析
7.
Cournot model-based market power analysis under grid constraints;
电网约束条件下基于古诺博奕的市场力分析
8.
Effective Stress Analysis of Seismic Responses of Pile Groups in Liquefiable Soils;
液化场地群桩地震响应有效应力分析
9.
Magnetic Distribution and Force Analysis of Traveling-wave Induction Launcher;
行波感应发射器磁场分布及受力分析
10.
A Study on Seepage Field and the Coupling of Stress Field and Seepage Field and Its Application;
渗流场及其与应力场的耦合分析和工程应用
11.
Analysis of Temperature Field and Stress Field Due to Hydration Heat in Massive Concrete;
大体积混凝土水化反应温度场与应力场分析
12.
Analysis of Temperature and Stress-Strain Field in Laser Welding of 409L Stainless Steel Tube;
409L不锈钢管激光焊接温度场及应力应变场分析
13.
The Study of Using Acoustoelastic Method for the Stress Analysis in a Plane Stress Field
用声弹性法对平面应力场进行应力分析的研究
14.
The Numerical Analysis of Welding Residual Stress Base on the Temperature and Stress Fields;
基于温度和应力场的焊接残余应力数值分析
15.
Ground Stress Measuring and Analysis in Dongtan Mine;
东滩煤矿三采区地应力测量及应力场分析
16.
Sensitivity analysis of additional stress fields for a circular lined tunnel subjected to the coupled action of mechanical and thermal load
热力响应下衬砌隧道附加应力场的敏感性分析
17.
Field Measurement and Analysis of Stress Variation in Stress Cone of High Voltage Cable Terminal
高压电缆终端应力锥应力变化的现场测试分析
18.
A sequentially analysis of coupled thermal-stress was employed.
采用先进行温度场分析、再进行应力场分析的间接热力耦合策略。