Numerical Analysis and Optimal Design Investigation on Air Duct of Tent Air-Conditioner

Zhong Min Wan; Zu Yi Zheng; Jun Hua Wan; Jing Liu; Chong Qing Huang; Liang Wang

doi:10.4028/www.scientific.net/AMR.644.216

Paper Titles

Effect of Notch Depth on the Butt-Joint under Izod Impact Test with Material Properties and Mechanics Analysis
p.197

Fuel Leaking Analysis of Fuel Tank by Projectiles Impact with Mechanical Properties of Projectiles
p.203

Free Vibration Analysis of Composite Wings Using Differential Quadrature Method with Mechanical Properties
p.207

The Research of Using Step Function to Simulate the Step-Movement of Forklift Machine in Mechanical Engineering Based on ADAMS
p.212

Numerical Analysis and Optimal Design Investigation on Air Duct of Tent Air-Conditioner
p.216

Study on Component Library for Storing Mechanical Devices with Mechanical Properties
p.221

Common Failure Analysis of Diesel Engine Fuel Supply System Based on Mechanical Properties
p.225

A New Design of Pipe Robot with Mechanical Properties in Mechanical Engineering
p.230

Research on Movement Stability of Robotic Arm Driven by Antagonistic Pneumatic Artificial Muscle with Mechanical Properties
p.235

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 644Numerical Analysis and Optimal Design...

Numerical Analysis and Optimal Design Investigation on Air Duct of Tent Air-Conditioner

Abstract:

According to the structural characteristics of tent air-conditioner, the inner flow mechanism and influence factors on aerodynamic characteristics of the air duct was investigated by using Fluent commercial CFD code. The disadvantages of original air duct were analyzed, several design options were proposed, internal flow characteristics was analyzed by numerical simulation, the optimal solution of air duct structure was fixed. The numerical results show that the air flow rate of optimal air duct run up to 125 m3/ h, increase by 18.9% compared to the original duct.