engleski

Geometry Determination of Hybrid Systems

Two static systems with different force transmission capabilities can be connected together in a new system- hybrid static system. Obviously, it cannot be determined with accuracy who performed the first hybrid system and when. The very idea of hybrid systems probably did not exist as such, but it has been designed by sheer coincidence and made into what we today consider as hybrid systems. Hybrid system can not be seen as a set of two or more separate systems within which one has a greater role than the other. The presupposition is that base systems transfer load acting upon them by joint action. In other words, in order to transfer the load, two or more systems depend on each other and they are of the same importance for the transmission of load. Systems of this type are unique and they can not be classified into any known group of static systems. Those systems can be described as follows: - they do not have a unique way to transfer force ; - they do not develop normal response to the force ; - usual characteristics of structural system cannot be applied to them. Hybrid systems are not specific only according to mechanical transfer of force or characteristic shape. They are also specific regarding the behaviour of the merging systems and their response to load.

Hybrid system; Outside prestressed girder; Lightweight structure; Glue laminated girder

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