Historical Cases
Wing model of carbon fiber composite wind tunnel
Project category: Wind tunnel test model · Carbon fiber composite material · wing/airfoil model
Project Overview
For aerospace, wind engineering and aerodynamics-related scientific research needs, Xi'an Xinghualang Technology Co., Ltd. to carry out various typesWing model of carbon fiber composite wind tunnelDesign and manufacture.
The model is customized according to the aerodynamic shape, geometric size, installation method and wind tunnel interface required for the test. The main body is made of carbon fiber composite material, and the reliable installation between the model and the wind tunnel support system is realized by combining metal connectors.
Through composite material forming, complex surface processing and surface fine treatment, the model can reduce the weight of the model while taking into account the structural stiffness and shape stability, which is suitable for the wind tunnel test research of wings, airfoils, blades and other slender aerodynamic components.
Project Features
Carbon fiber composite lightweight structure
The main body of the model is made of carbon fiber composite material, which can effectively reduce the quality of the model while ensuring the stiffness and overall stability of the structure, and meet the comprehensive requirements of the wind tunnel test for lightweight and structural performance.
complex aerodynamic surface forming
Three-dimensional modeling and manufacturing are carried out according to the geometric shape of the target airfoil or wing, and the key areas such as leading edge, trailing edge, wing root and gradient section are finely controlled to improve the consistency of the aerodynamic shape of the model.
High quality surface treatment
According to the requirements of the surface state of the wind tunnel test, the surface of the model is finely processed to ensure the continuity and smoothness of the overall surface, which provides a stable model basis for the aerodynamic performance test.
Integrated design of metal interface
The root of the model is equipped with a special metal connection structure, which can be customized according to the wind tunnel support method, installation shaft and test device interface to realize the reliable integration of the composite material body and the metal connection parts.
Multi-specification custom manufacturing
According to the needs of different scientific research projects, the model length, chord length, aspect ratio, airfoil section and installation form can be customized to adapt to different wind tunnel sizes and test conditions.
Application Directions
airfoil aerodynamics | airfoil aerodynamic performance | wind tunnel test | flow separation study | lift and drag characteristics study | blade aerodynamic study | composite experimental model
Service Content
Aerodynamic shape modeling | structural design | composite layup and molding | mold manufacturing | metal interface processing | model assembly | surface finishing | wind tunnel installation and adaptation
