The construction of membrane structure sunshades often provides a resting place for travelers. During the construction process, attention should be paid to relevant design and performance support, as well as reducing the impact of wind on them. Below is a specific introduction.

The membrane material is soft and has a low natural frequency When using a membrane structure sunshade outdoors, the membrane is prone to wind-induced vibration, which can cause material damage when the vibration is strong So in the design phase, it is necessary to understand the wind conditions of the usage environment and meet the impact of wind loads In this way, the initial tension can be determined based on it when designing a membrane structure sunshade The initial tension needs to meet the requirement of not wrinkling under the most unfavorable load stress. As the initial stress of the membrane material increases, its coating thickness also needs to be increased, which will lead to accelerated aging of the membrane material, increased strength requirements for the load-bearing components, and increased construction difficulty. Therefore, wind has a critical impact on the use of membrane structure sunshades.

Although the membrane material of the membrane structure sunshade has compressive, wind resistant, and seismic capabilities, it is often affected by various factors during the construction process, so relevant technical support is needed during the construction process.