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Keyword [load-carrying]
Result: 1 - 20 | Page: 1 of 2
1. Study On Process Of Titanium Nitride Deposition Onto Gears And Effects On Load-Carrying Ability Of Gears
2. The Mechanical Behavior Of The Double Tube Structure With Aluminum Foam Core
3. Design Of Undermatching Welded Joints For High Strength Steels Based On Principle Of The Equal Load-Carrying Capacity
4. The Distribution Characteristics Of The Local Mechanical Properties With The Aluminium Alloy Welded Joints And The Properties Study Of T-type Tubular Joints
5. The Deformation Of Welded 6063 Aluminium Alloy T-joints In Thin-walled Rectangular Hollow Section As Well As FEM Simulation
6. Optimization Design Of Composite Laminates With A Hole To Strengthen Load-carrying Capacity
7. Theoretical Analysis And Numerical Simulation Of Pipe Buckling During Deepwater Installation
8. Study On The Load-carrying Ability Of Mode Flying Shear In HSM Thick Plate Line
9. Analysis Of Load-Carrying Capacity Of Welded Bogie Frame Based On Non-liner Finite Element Method And Design Of Ultrasonic Detection System
10. Investigation On Asymmetric Buckling And Collapse Mechanisms Of Deepwater Submarine Pipeline During Installation
11. Buckling, Post-buckling And Load-carrying Capacity Analysis Of Stiffened Composite Panels
12. Study On Properties Of Nitriding/TiAlN Duplex Coatings On Hot Work Steel
13. Equal Load Carrying Capacity Design For Butt Joint Of High Strength Steel Under Impact Load
14. Research On The Load Carrying Performance Of Hydrostatic Bearings Of Large-scale Ball Mill
15. Load-carrying Performance Analysis Of Heavy Load Clamping Device And Cell Structure Variation Design Technology And Its Application
16. Feasibility Research On Trailing Modify Geometical Features Of Undermatched Equal-Loading Joints For High Strength Steel
17. Mechanical Behaviors Of Closed-cell Aluminum Foams And Sandwich Panels At Elevated Temperatures
18. Design And Welding With Trailing Shape Modifying Of Under-matched Welded Joint Based On Principle Of The Equal Bending Load-carrying Capacity
19. Design Of T Jionts And Cross Joints Based On Principle Of The Equal Load-carrying Capacity
20. Equal Load-carrying Capacity Design Of Under-matched Overlap Joints
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