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A Tool for the Analysis of the Behaviour of Building Components: The Cellular Automation

An implementation of a cellular automaton is presented that allows the simulation of the behaviour of building components under diverse environment conditions. The tool has a wide range of applications because of the generality of its structure. The object on which it operates is represented as a set of cells each of which is defined, besides its geometrical dimension and position, by a set of variables and parameters. The work it performs consists in computing transitions from a state to another, i.e. the values variables and parameters take in each cell under the action of external agents and of internal laws of interaction between self. As an example of its use an application is shown analysing the thermal behaviour of the connection of a curtain wall to a concrete floor.