流体系统的设计和制造部的设计工作在航天和衍生产品在极端环境下的应用气动控制范围。
The Fluid Systems Division designs and manufactures a wide range of pneumatic controls designed to operate in the extreme environments of aerospace and derivative applications.
基于计算流体动力学，采用数值模拟的方法研究了车桥耦合体系气动力特性和风压分布。
Aerodynamic characteristics and wind pressure distribution of vehicle-bridge coupled system is stud-ied based on numerical simulation by computational fluid dynamic method.
为研究高压输电塔线体系的合理化抗风设计，进行了气动弹性模型风洞试验。
An aeroelastic wind tunnel test was carried out to study the rational wind resistant design method for high-voltage transmission tower-line coupling system.
为加强二者之间的关联，提出了气动设计体系三角形概念。
Therefore, a triangular model of aerodynamic design system is put forward to improve the design system.
为加强二者之间的关联，提出了气动设计体系三角形概念。
Therefore, a triangular model of aerodynamic design system is put forward to improve the design system.
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