Approximation model - Globe Thesis

Keyword [Approximation model] Result: 41 - 60 \| Page: 3 of 4
41.	Research On Optimization Method Of Torsion Beam Structure Based On Kriging Approximation Model
42.	Lightweight Design Of Pure Electric Automobiles' Body Based On Stiffness And Modal Analysis
43.	Study On Springback Control Of Multi-Corner Body Parts And Synchronous Engineering Technology
44.	Analysis And Optimization On Frontal Crash Safety Of A Miniature Electric Car
45.	The Lubrication Performance Analysis And Optimization Of Key Parameters Of Main Bearing Of A Boat Gasoline Engine
46.	Research On Design Optimization Of Underwater Vehicle On Parameterization
47.	Liquid-solid Coupling Mechanism And Response Characteristics Of Hydraulic Overload Protection System For Large-scale Mechanical Press
48.	Investigation And Application Of Free Surface Flow In Curved Channels Under Microgravity
49.	Research On Optimization Design Method And Application Of Crash Safety For An Electric Vehicle
50.	Simulation Analysis And Optimization Of Manganin Shunt For Smart Meter In Power Frequency Magnetic Field
51.	The Key Technology Research On Vehicle Occupied-zone Air Conditioning System Based On Semiconductor Refrigeration
52.	Research On Data Mining Techniques For Automotive Structural Optimization
53.	Research On Parallel Algorithm For Economic Dispatch Of Power Systems With Large-scale Wind Power Integration
54.	Analysis And Optimization On The Drag Reduction Of The Vehicle With Non-smooth Surface In Different Arrangement
55.	A Multi-objective Optimization Method Based On Adaptive Approximation Model And Its Application In Vehicle Engineering
56.	Robust Optimization Of Control Parameters In DCT Shifting Process
57.	Research On Optimal Design Method Of Arctic AUV
58.	Aviation Fuel Transfer Jet Pump Flow Field Analysis And Structure Optimization
59.	Development Of Optimization Module Of OPTShip-SJTU, The Numerical Optimization Software For Hull Profile
60.	Research On The Lightweight Method Of Urban Bus Skeleton Based On Combined Approximate Model
<<First <Prev Next> Last>> Jump to