Aerodynamic drag reduction - Globe Thesis

Keyword [Aerodynamic drag reduction] Result: 1 - 20 \| Page: 1 of 3
1.	Study On The Aerodynamic Drag Reduction Of A Truck
2.	Aerodynamic Drag Reduction Of Wheel And Heat Transfer In It
3.	Research On Heavy Commercial Vehicle Aerodynamic Drag Reduction Technology Based On Experimental Optimal Design
4.	Mechanism Research On Aerodynamic Drag Reduction Of Vehicle Body With Bionic Non-smooth Surfaces
5.	Research On Aerodynamic Drag Reduction Of High-speed Train With Non-smooth Surface
6.	Research Of Aerodynamic Drag Reduction Based On Wake Of Vehicle
7.	Research On The Aerodynamic Drag Reduction Of The Passenger Car Based On Rear Accessories
8.	The Influence And Analysis Of Non-smooth Structure Effects On Aerodynamic Characteristic On Car Body Surface
9.	Study Of Aerodynamic Drag Reduction Feature On Automobile With Non-smooth Groove Surface
10.	The Influence And Optimization Of Vehicle’s Rear Shape For Aerodynamic Drag Reduction Of Pit Type Non-smooth Body
11.	Research On Non-smooth Body Aerodynamic Drag Reduction Characteristics Of Heavy Trucks
12.	Research On The Non-smooth Aerodynamic Drag Reduction Characteristics For The Bus-like Body
13.	Aerodynamic Drag Reduction Research Of Non-smooth Auto-body Surface Based On The Design Of Experiments
14.	Research On The Aerodynamic Drag Reduction Efficiency Of MIRA Model With Non-smooth Surface Based On Flow Disturbance
15.	Research Of SUV Aerodynamic Drag Reduction And Optimization Based On The Air-dam Of The Front Wheel
16.	Research Of Aerodynamic Drag Reduction Characteristics Of The Variation Arc Traveling Wave Surface
17.	Research Of Aerodynamic Drag Reduction Of Van-body Truck Based On Porous Media
18.	Strategy Research On Active Flow Control Of Ahmed Model To Reduce Aerodynamic Drag With Steady Jet
19.	Flow Field Characteristics Within Non-smooth Surface Boundary Layer On Car-body And Aerodynamic Drag Reduction Analysis Under Crosswind
20.	Research On Vehicle Drag Reduction And Characteristic Parameter Design Of Non-smooth Surface
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