Body surface - Globe Thesis

Keyword [Body surface] Result: 21 - 40 \| Page: 2 of 3
21.	Aerodynamic Drag Reduction Research Of Non-smooth Auto-body Surface Based On The Design Of Experiments
22.	Analysis On Effect Of External Radiation Sources On Vehicular Body Surface Current
23.	Research On Total Electric Field And Body Surface Electric Field During Live Working Under HVDC Transmission Lines
24.	Study On The Influence Of Stagnant Water Temperature By Utilizing Closed-loop Surface-water Source Heat Pump
25.	Numerical Simulation Research Of Automobile Wading And Water Phase Distribution On The Body Surface Based On VOF Method
26.	Research On Drag Reduction Using Piezoelectric Vibration Based On Moving Body Surface In The Fluid Fied
27.	The Electrical Field Simulation And Analysis Of Multi-circuit Transmission Line On Same Tower In Live Working
28.	Research On Optimization Of Drag Reduction For Car Body Surface Group Based On Hard Point-skeleton Constraint
29.	Aerodynamic Performance Evaluation Of Standard EMU Vehicle Body Based On Gaussian Process
30.	Process Of Basic Research On Laser Cleaning Technology Of Car Body Surface Paint
31.	Research Of Electric Field Distribution Characteristics For Body Surface Of Live Working Personnel On UHV DC Transmission Lines
32.	Auto-body Surface Model Sewing In CAD Data Exchange
33.	Reverse Design And Optimization Analysis Of Automotive Body Surface
34.	Research On Vehicle Body Surface Contamination Based On Wheel Splash
35.	Research On 3D Measurement And Defect Extraction For High-speed Railway Train Body Surface
36.	Research And Impletation Of Car Body Surface Modeling Based On Implicit Parameterization
37.	Analysis And Optimization On The Drag Reduction Of The Vehicle With Non-smooth Surface In Different Arrangement
38.	Study On The Development Of Parametric Human Body Surface Models Based On Chinese Human Characteristics
39.	Design And Development Of T18 SUV Body Surface And Structural Parts
40.	Research On Modeling Of Automobile Body Parts Based On Self-repairing Mechanism
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