1.
Experimental Study on Fatigue Properties of Plain Concrete under Biaxial Stress States and Theories on Failure Prediction;
混凝土双轴疲劳试验与破坏预测理论研究
2.
The Prediction and Evaluation of Deformation and Failure of Soft Ground under a Filled Expressway in Mountain Area;
山区高等级公路填方段软基变形破坏预测评价
3.
Primary Study on the Prediction of the Earthquake-Induced Ground Failure Based on GIS;
基于GIS地震地面破坏预测系统初步研究
4.
Prediction of Land Deterioration and Suitability Appraisal of Reclamation in Lu An Mining Area;
潞安矿区土地破坏预测及复垦适宜性评价
5.
Study on Prediction Method of REAC Pipes' Erosion Failure Based on Liquid Dynamical Analysis
基于流动分析的REAC管束冲蚀破坏预测方法
6.
Study on Simulation of Multiphase Flow and Prediction of Erosion Attack Breakage for REAC Pipes;
加氢裂化空冷器管束多相流模拟与冲蚀破坏预测研究
7.
Research on CFD Simulation for Erosion Destroy Prediction of Typical Petrifaction Industry Pipes;
石化工业管道典型部件冲蚀破坏预测的CFD模拟研究
8.
Prediction and visualization of destructive position of pillar and surrounding rock in deep mining
深井回采过程矿柱与围岩破坏预测及可视化验证
9.
Disruptive Technology,Organization Innovation and Industry Growth Forecast;
破坏性技术、组织创新与产业成长预测
10.
Study of the Floor Failure and Water-Inrush Prediction of Chensilou Coal Mine
陈四楼煤矿底板破坏及突水预测研究
11.
Prediction of the Electromagnetic Radiation in Coal and Rock Failure Based on ANN
基于ANN的煤岩破坏电磁辐射预测研究
12.
Forecast of destroyed floor depth based on BP neural networks
基于BP神经网络的底板破坏深度预测
13.
MONITORING AND PREDICTION OF DISPLACEMENT AND FAILURE OF HIGH-RISE WOOD PILED WHARF IN QINGDAO HARBOUR
青岛港木质高桩码头变形破坏监测与预报
14.
Study on Oil-Transportation Pipeline Damage Prevention Monitoring and Its Lacating;
输油管线破坏预防监测及其定位技术的研究
15.
Study on the Overlying Strata Failure Laws of Working Field and Its Calculation Consultation System;
采场覆岩破坏规律预测及咨询系统研究
16.
The Dynamic Predict and Ecological Loss Assessment of LUCC of Wanzhou District;
万州区LUCC预测及生态破坏经济损失评估
17.
Research on Prediction Method of Surrounding Rock Pressure Base on Tunnel Progressive Destruction
隧道围岩渐进性破坏及围岩压力预测方法研究
18.
Study on the prediction method of tunnel surrounding rock pressure based on the theory of progressive destruction
基于渐进性破坏理论的隧道围岩压力预测研究