Stress-Wave - Globe Thesis

Keyword [Stress-Wave] Result: 161 - 180 \| Page: 9 of 10
161.	Experimental Research On Stress Wave Propagation Characteristics Of Red Sandstone Under Axial Static Load
162.	Numerical Research On Dynamic Bucking Of Sphere-cylinder Combined Shell Under Axial Impact Load
163.	Experimental Study On The Damage Detection Of A Prestressed Concrete-steel Structuremodel Based On PZT
164.	The DDA Simulation And Analysis Study Of Blasting Vibration And Stability Of Rock Mass Structure
165.	Mechanism Of The Influence Of Blasting On The Surrounding Rock Of Deep Zoning
166.	Study On Improvement To Standard Penetration Test Based On Shock Wave Theory
167.	Research On Transmission Properties Of Stress Waves In Concrete And Monitoring Of Structural Characteristic Parameters
168.	Experimental Study On Wall Pressure And Damage Of Different Structures To Near-field Underwater Explosion
169.	Vertical Vibration Theory Of Pipe Pile Based On The Additional Mass Model And Its Application In Pile Testing
170.	Study On Debonding Detection Approaches For Concrete-filled Steel Tube Using Stress Wave Measurement And Its Mechanism With Multi-scale Simulation
171.	Mechanisms Of The Interaction Between Blast Stress Waves And Cracks
172.	Research On Continuous Compaction Mechanism Based On Stress Wave Theory
173.	Numerical Simulation Of The Propagation Of Stress Wave In Jointed Rock Mass
174.	Experimental Study On Interface Debonding Detection For A Rectangular Concrete-filled Steel Tubular Using Surface Wave Measurement From PZT Patches
175.	Investigation Of FRP Protective Device In Ship-Bridge Collision
176.	Research On Piezoelectric Smart Aggregate Monitoring For Frost Resistance Of Concrete-Filled Steel Tubes
177.	Damage Detection For A CFRP-strengthened RC Beam Using PZT Stress Wave Measurement
178.	Explicit Nonlinear Dynamic Analysis And Energy Absorbing Structure Research Of The STS Crane Collision
179.	Numerical Simulation And Experimental Study On Influence Of Pile-soil Interaction On Stress Wave Propagation In Piles
180.	Research On The Arresting Law Of Carrier-based Aircraft Landing
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