Modulus reduction method - Globe Thesis

Keyword [Modulus reduction method] Result: 1 - 20 \| Page: 1 of 2
1.	Study On Mechanism Of Negative Skin Friction On Rectangular Closed Diaphragm Wall As Bridge Foundation In Collapsible Loess Subgrade
2.	Structural Reliability Analysis Based On Ultimate Bearing Capacity And Seismic Ductility Demand
3.	Two-Level Load Bearing Capacity Design And Optimization By Analysis For Transmission Tower
4.	Ultimate Bearing Capacity And System Reliability Analysis Of Frame Structure Based On Elastic Modulus Reduction Method
5.	Ultimate Bearing Capacity Analysis Of Steel Tubular Scaffold With Couplers Based On Stiffness Reduction Method
6.	Research On Homogeneous Generalized Yield Criterions And Ultimate Bearing Capacity Of Engineering Structurs
7.	Elastic Modulus Reduction Method Based Integral Safety And Fatigue Evaluation For Engineering Structures
8.	Two Level Bearing Capacity Optimization Design Research For Truss And Frame
9.	Analysis On Shear Lag, Distortion And Ultimate Bearing Capacity Of Box-Section Beam Under Eccentric Load
10.	Limit Analysis And Two-level Load Bearing Capacity Design And Optimization For Bridge Structure
11.	Study On Failure Path-independent Method For Identification Of Structural Failure Mode And System Reliability Analysis
12.	Ultimate Load Bearing Capacity Analysis And Integral Safety Evaluation For Bifurcation
13.	Elastic Modulus Reduction Method For Evaluation Of Ultimate Load Bearing Capacity Of Concrete-Filled Steel Tubular Arch Bridge
14.	Ultimate Load-bearing Capacity Evaluation Of Steel Penstock Considering Materiil Strain-hardening Effect
15.	Evaluation Of The Stability Bearing Capacity Of The Arch Structure Based On Elastic Modulus Reduction Method
16.	The Study Of Negative Skin Friction Of Pile Foundations In Guanzhong’s Collapsible Loess
17.	Study On Multi-level Mechanical Properties And Stable Bearing Capacity For Concrete-filled Steel Tubular Arch Bridge
18.	Homogenous Generalized Yield Function And Ultimate Load Bearing Capacity For Rectangular Concrete-filled Steel Tubular Structures
19.	Study On The Bearing Capacity Of Concrete-filled Steel Tubular With Second Order Effect And Void
20.	Research On Wind Resistance Reliability Of Transmission Tower-Line System Based On Mixed Probability And Interval Uncertainty Analysis
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