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Numerical simulation of tile impact behaviour

Author:

Bozabe Renonet Karka, Bongor Danhrée and Adoum Waïbaye

Subject Area:

Physical Sciences and Engineering

Abstract:

The lack of devices to test the tiles is not a reason to ignore the problems related to their durability. This article presents the results of an analysis of the impact behaviour of three qualities of tiles. The strike force of a fibro-mortar (TFM) is 70% lower than that of a vibrated mortar (TMV) and 54% lower than that of a baked clay (TAC) tile. Deflection results (TFM = 1.24 mm; TMV = 0.56 mm and TAC = 0.68 mm), stresses and deformations show that TFM resists better because it deforms extensively before breaking. This study shows that, compared to shocks, fibro-mortar tiles are more resistant than vibrated mortar tiles and baked clay tiles, which are more durable during operation.

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