thermoelastic - Globe Thesis

Keyword [thermoelastic] Result: 1 - 20 \| Page: 1 of 5
1.	The Preparation Of Cu-Al Base High Damping Function And Structure Materials Used Under High Temperatures And The Study Of Their Static And Dynamic Properties
2.	Study On Dynamics Of The Composite And Piezoelectric Material Laminated Plates And Shells
3.	Research On Statics Of The Thermoelastic Materials Laminated Plates And Shells
4.	Thermoelastic Stress Analysis Of Thermoelectric Devices And Experimental Measurements On Its Properties Under Electric Or Magnetic Field
5.	The Electromagnetic Energy Loss And Thermoelastic Stresses For Thin Plates Made Of Absorbing Materials
6.	Study Of Dynamic Characteristics On Elastic Micro-beam/squeeze Film System Which Considering Heating Effect
7.	Thermal Analysis Of Friction Pair Of Wet Multi-disc Clutch
8.	Laser Scanning Source Method To Stimulate The Far-field And Near Field Of Surface Acoustic Wave For The Experimental Study Of Defect Detection
9.	Thermoelastic Coupling Barrel Gun Firing Process
10.	Numerical Simulation Of Hypersonic Aircraft Gas Thermoelastic Multi-Field Coupling
11.	Research On Reliability Analysis Methods Of Structural-Thermal Coupling And Structural Fatigue
12.	Research On Thermoelastic Instability Of Shifting Clutches In The Process Of Engagement
13.	Thermoelastic Damping In Laminated Composite Microbeam And Microplate Resonators
14.	Modeling And Simulation Research For Disc Brake Thermal And Thermoelastic Analysis
15.	Nonlinear Finite Element Simulation Of Thermo-elastic Coupling Characteristics Of Drum Brake
16.	Study On Prediction And Evaluation Of The Thermoelastic Coupling Effect Of Pavement
17.	Research On Failure Mechanisms For Double-Acting Electromagnetic Clutch Based With Electromagnetic-Thermoelastic Coupling Theory
18.	Research On The Thermoelastic Stability Of A Hydro-viscous Clutch In Mixed Friction
19.	Study On Dynamics Characteristics Of The Thring-Ring Gear Reducer With Thermoelastic Coupling
20.	Mechanism And Model Of Thermoelastic Damping In Micro-plate Resonators With Three-Dimensional Heat Conduction
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