Abstract

DEVIA CASTILLO, Carlos Alfonso et al. Wood slabs as a proposed solution to the design and construction of pavement. Colomb. for. [online]. 2016, vol.19, n.1, pp.95-109. ISSN 0120-0739.  https://doi.org/10.14483/udistrital.jour.colomb.for.2016.1.a07.

Alternatives to replace concrete slabs for prefabricated wood as structure of pavement with wearing course was evaluated, ensuring that these prefabrications work as a single element using finger joints. The mechanical behavior of two types of wood identified through simulations implementing a method of finite elements was evaluated, to subsequently determined optimal configuration for the alternative design with wood pavements and finally verified in the laboratory with the optimal configuration determined with simulation for a design of 440 000 vehicles shafts, with the use of the MTS machine and a load of 6.50 tons equivalent to a load of a single axle shaft with two wheels, found that for different traffic design the thickness of the slab of wood to resist this load varies between 0.125 and 0.24 meters. This research shows that prefabricated wood building systems are a viable alternative in the market for pavement construction in the structural sense; additionally, they are an innovation since they modify the structural system of slabs, conventionally built on concrete slabs and reduce environmental impact.

Keywords : finite elements; namely slabs; jagged and simple unions; glulam.

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