Diesel Engine Piston - Globe Thesis

Keyword [Diesel Engine Piston] Result: 61 - 80 \| Page: 4 of 5
61.	Influences Of Piston Head Structural Parameters On Heat Transfer And Strength Of Diesel Engine Piston
62.	Research On Lubrication And Sealing Performance From Composite Texture Of Diesel Engine Plunger Pump
63.	Research On Friction And Wear Of Diesel Engine Piston-cylinder System Based On Vibration
64.	High-Load Diesel Engine Piston Durability Research
65.	Study On Oscillating Cooling And Heat Transfer Characteristics In Marine Diesel Engine Piston
66.	Research On Transient Temperature Measurement Technology Of Diesel Engine Piston
67.	Study On 150 Diesel Engine Piston Thermal Load
68.	Analysis Of Oscillating Heat Transfer In The Internal Cooling Oil Cavity Of An Internal Combustion Engine Piston And Design Of A Simulation Test Bench
69.	Research On The Evaluation Method Of Diesel Engine Piston Thermal-mechanical Coupling Fatigue Life
70.	Lubrication Modeling Method And Optimization Of Lubricating Oil Supply Strategy For Low-speed Diesel Engine Piston Ring Pack
71.	Research On Influencing Factors And Mechanism Of Seal Performance Of Piston-Ring Group-Cylinder Hole Friction Pair In Diesel Engine
72.	Numerical Simulation Of Two-phase Oscillating Flow And Heat Transfer In Piston Cooling Galleries For Disel Engines
73.	Lightweight Design Of Marine Diesel Engine Piston Structure Based On Thermal-mechanical Coupling Strength Analysis
74.	Visualization Research On Oscillatory Flow In Marine Diesel Engine Piston Internal Cooling Gallery
75.	Finite Element Analysis Of High Power Diesel Engine Piston Under Thermal Mechanical Load Coupling
76.	Research On Performance Optimization And Oscillation Enhanced Cooling Mechanism Of Marine Diesel Engine Piston Internal Cooling Gallery
77.	Research On High Precision Machining Process Of Diesel Engine Piston
78.	Development And Application Of Automatic Production Line For Diesel Engine Piston Machining
79.	Research On Diesel Engine Piston Heat Transfer Coefficient Analysis And Test Method
80.	Study On Transient Stress And Shape Tolerance Of Piston-Cylinder Liner Considering Air Intake Cooling
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