In recent years, the facade construction has been changed a lot. The use of curtain wall facades is the best solution to Supply the demands of the building engineering group. The curtain wall Facade has a capability to supply the expectations of the facade. There are large spectrums of construction system for curtain wall Facades that mainly concerned with the quality of their functions. Besides, we are able to mention the common points that can be seen among the facades such as: integration, lightness and particularly their transparency. The cable net façade is a new generation of Curtain wall Façade, having been previously used as a cable net structure to cover vast areas. According to the overall structure of the cable net Facade, there is a possibility that can be increased integration of façade. On the other, by increasing the façade's area, other destructive factors such as vibration and large displacement are involved in the facade design. Many solutions have been proposed to eliminate these factors, mainly affecting the transparency of the facade. In this article, we are trying to offer a mention called ''hydraulics science'' as an appropriate solution. ''Damper'' is just one of their applications in the construction industry that is mainly used in the issue related to earthquake. Therefore, by using the structure and function of ''damper'' system as well as taking inspiration from industrial use of it, a new mention has been presented that can reduce the effects of vibration on the façade and correspondingly utilize its output energy.

Background/Objectives:After recent achievements in the field of Tensegrity structure, many Tensegrity models have been investigated and evaluated. Tensegrity models have been used as symbolic or covering vast area such as fuller’s dome and other stuffs. These usages do not have sufficient attention to synthesis of architectural and structural space together.Methods/Statistical analysis: The method of this article, based on simulation and modeling of a sample structure by analyzing flow of internal forces, is adaptive methode. Restriction of exited structures to a hammock and then analysis its force flow, and consequently classify it to tensile and compressive members is the base of manner. By gathering information about Tensegrity structures and their behavior according to several definition of structural engineers and also architects, we commence combination of facts based on adaptation of existed structures with Tensegrity rules. Then, by finding a Tensegrity model and creating a replica of hammock Tensegrity, it shows the ability of structure specially in term of statistic. This outcomes can help us to develop new system of form - finding models.Findings: This system can make us able to develop modeling of Tensegrity. In the recent years, form - finding method almost base on symmetric models to expand as cover structure for vast spans. By this manner, we can design asymmetric models consist of synthesis of structural and architectural space.Application/Improvements: Form - Finding method can be developed in order to increase quality of building in term of weight of structure, flexibility, decreasing proportion of used material to its resistance and so on. In addition, we can produce asymmetric models which contain architectural space into Tensegrity structure.