Development of an Aerodynamic Analysis Methodology for Tractor-Trailer Class Heavy Commercial Vehicles

Keyphrases

• Heavy Commercial Vehicle 100%
• Optimization Analysis 100%
• Tractor-trailer 100%
• Aerodynamic Analysis 100%
• Mesh Resolution 66%
• Fluent Software 66%
• Mesh Generation 66%
• Growth Rate 33%
• Boundary Layer 33%
• Control Parameters 33%
• CFD Simulation 33%
• Turbulence Model 33%
• Aerodynamic Drag 33%
• Vehicle Test 33%
• Zero Degree 33%
• GCM Models 33%
• Analysis Parameters 33%
• Aerodynamic Design 33%
• Heavy Commercial Road Vehicle 33%
• Knowledge-how 33%
• Software Analysis 33%
• Heavy Vehicle 33%
• Wall Boundary Layer 33%
• Boundary Layer Model 33%
• Model Solution 33%
• Methodology Development 33%
• HPC Systems 33%
• Optimal Mesh 33%
• Solution Scheme 33%
• Surface Mesh 33%
• Vehicle Geometry 33%
• Yaw Angle 33%
• HPC Resources 33%
• Proposed Methodology 33%
• CFD Results 33%
• Development Activities 33%
• Parameter on the Boundary 33%
• Heavy Road Vehicles 33%
• Wall Surfaces 33%

Engineering

• Boundary Layer 100%
• Computational Fluid Dynamics 100%
• Commercial Vehicle 100%
• Road Vehicle 100%
• Aerodynamic Analysis 100%
• Test Result 50%
• Model Test 50%
• Drag Coefficient 50%
• Control Parameter 50%
• Yaw Angle 50%
• Aerodynamic Drag 50%
• Layer Model 50%
• Surface Mesh 50%
• Heavy Vehicle 50%
• Aerodynamic Design 50%