foam filled - Globe Thesis

Keyword [foam filled] Result: 1 - 20 \| Page: 1 of 2
1.	Theoretical Study On Partial-stability Of Foam-filled Thin-walled Hulls
2.	Experimental Research Of Heat Transfer Characteristics Metal Foam-filled Radiator-type Electronic Devices
3.	Energy Absorption Of Sandwich Structure With Discontinuous Cross-lattice-core
4.	Numerical Simulation On Mechanical Properties Of Foam-filled Concrete With Mesoscopic Model
5.	Study On Energy Absorption Capability Of Aluminum Foam-filled Tubes And Its Application In Automotive Front Rails
6.	Crashworthiness Simulation And Optimization Of Functionally Graded Foam-filled Thin-walled Columns Under Oblique Impact Loading
7.	Study On The Mechanical Behavior Of Foam Filled Concrete Under Penetration Loading
8.	Load-bearing Analysis Of Foam-filled Rigidizable Wing
9.	Oblique Crashworthiness Analysis And Design Optimization Of Vehicle Frontal Thin-walled Structures
10.	Analysis And Optimization Of The Energy Absorption Of Aluminum Foam-filled Tubes By Contact Model And Inducing Grooves
11.	Study On Static Mechanical Properties And Energy Absorption Performance Of Aluminum Matrix Composite Foam-filled Circular Tube
12.	Analysis Of Dynamic And Static Compression And Wheel Penetration Behavior Of Foam Filled Concrete
13.	Research On Automobile B-pillar Filled With Foam Aluminum
14.	Study On Crashworthiness Of Thin-walled Beams With Tailored Welded Blanks And Foam-filled Materials
15.	Study On Buffer Energy Absorption Characteristics Of Variable Section Shell Filled With Foamed Aluminum Under High G Value
16.	Study On Dynamic Mechanical Properties And Energy Absorption Performance Of Aluminum Matrix Composite Foam-filled Circular Tube Under Impact
17.	Analysis And Structural Optimization Of Energy Absorbing Properties Of Foam Filled Composites
18.	Research On Finite Element Simulation Method For A Microbus And Optimization Design Of A-pillar Collision-resistance
19.	Study On Shear And Impact Mechanical Properties Of Aluminum Matrix Composite Foam-filled Circular Tube
20.	Energy Absorption Performance And Multi-objective Optimization Design Of The Aluminum Foam Filled Energy Absorption Connector Under Impact Loading
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