Review article

Structural and power approximation of geometrical forms of architectural functional spaces of external environment objects

UDC: 

721.011:624.07

DOI: 

10.23968/1999-5571-2018-15-5-75-83

Pages: 

75-83

Annotation: 

It is established that to each geometrical form of architectural and functional space of the future architectural object there corresponds, in a hidden form, its own power diagram and a distribution of internal forces depending only on the accepted kinematic boundary conditions and metric ratios between the general parameters of space. It is shown that geometrical forms of architectural and functional spaces allow a priori defining and changing the direction of external forces acting to the bearing constructive systems of objects of external environment. Therefore, the design according to their power diagrams ensures a possibility of creating in the CAD medium equally efficient constructive systems with the minimum energy consumption. There is offered an algorithmic model of constructive power approximation of geometrical forms of architectural and functional spaces of external environment objects.

Authors: 

Teтnov V. G. Saint Petersburg State Transport University named after Emperor Alexander I

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