Dumbbell - Globe Thesis

Keyword [Dumbbell] Result: 1 - 20 \| Page: 1 of 2
1.	Stress Analysis On Cross-section Of Dumbbell CFST Arch Rib During Construction And Experimental Study On Dumbbell CFST Eccentric Columns
2.	Simulation Of Bond Stress In Short Cfst Column With Dumbbell-Shaped Section
3.	Research Of The Dumbbell Pile' Bearing Characteristic Through Experiment And Analysis
4.	Comparable Analysis Of The Statics Characteristic Of Dumbbell-Sphericity's Node Of Bolt Globe
5.	Formation Cause Analysis And Structure Improvement Research On Steel Pipe Cracking Of Concrete-Filled-Stteel-Tube Arch Bridge
6.	3D Numerical Simulation Of In-cylinder Flow And Spray Process In Non-road Diesel Engine
7.	Several Key Technology Concrete-filled Steel Tube Arch Bridge
8.	The In-Plane Ultimate Bearing Capacity Analysis For Arch Rib Of Dumbbell Shaped Concrete Filled Steel Tubular (CFST)
9.	Analysis On The Mechanical Properties Of Concrete-filled Steel Tubes Stub Columns
10.	Research On Mechanical Behaviors Of Joints For Dumbbell-Shaped CFST Arch Ribs With Inner PBL
11.	Study Of Ultimate Bearing Capacity For Dumbbell Shaped Concrete-filled Steel Tube Arch Rib With Initial Stress
12.	Impact Of Concrete Filled Batten Plant On The Dumbbell CFST Arch Bridge
13.	The Seismic Response Analysis Of Multilayer Steel-concrete Composite Structure Basing On3D Finite Element Models
14.	Research On Temperature Field And Temperature Effect For Dumbbell-shaped Concrete-filled Steel Tube Arch Bridge
15.	Modeling And Dynamics Analyzing Of Electrodynamic Tether Systems In Stationkeeping Phase
16.	Experimental Research On Stiffness And Strength Of Dumbbell-shaped Concrete-filled Steel Tubular Under Combined Compression And Bending
17.	Dumbbell CFST Tied Arch Bridge Construction Optimization And Stress Analysis
18.	Analysis On The Emptying And Bulging Tube Of Dumbbell Type Concrete-filled Steel Tube Concrete-Filled Steel Tube Arch Rib
19.	Optimization Of Core Concrete Pouring Method And Seismic Response Analysis Of Dumbbell Section CFST Arch Bridge
20.	Stressing State Analysis Of Dumbbell Arch Model Based On Numerical Shape Function Method
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