Application of high-definition topography to the diagnosis of the geometric condition of building elements

Abstract

The dimensional control of works constitutes one from the most important stages to carry out during the execution of a constructive project. All time that the same one offers elements that can be good for the opportune taking of decisions regarding the behavior of an object and the detection of deformations, so much constructive as having caused by the exploitation of the same one. In a same way the I diagnose geometric of an element, it allows to certify that the same one fulfills the requirements as for form and dimensions he/she refers, regarding the theoretical pattern of this, captured in the work projects. From the employment of instruments optic mechanics, to the new era geoespacial, the contribution of the topography has been reflected in the obtaining of models of Ace more robust and detailed Built. Among the novelties that the technological development has toasted to the topography he/she is the technology HDS (High Definition Survey), which has been able to offer risings with a high grade of fidelity, so much of objects as of constructive locations. The present investigation approaches the topic of the diagnosis of the geometric state of constructive elements with technology employment HDS. He/she is carried out an analysis of the current state of the techniques employees for the creation of models of Ace Built, as well as the results of the works are shown carried out to a case of real study.