Propuesta para la implementación de laboratorio virtual de mecánica de suelos y rocas

Abstract

Abstract:This degree work corresponds to a proposal for the implementation of a virtual laboratory of soil and rock mechanics for the UTPL, using Javascript programming language, which will be very useful for students, professionals and teachers. Emphasis is also made on the constituent parts of the test execution under the AASHTO and ASTM standards. The tests in the soil and rock mechanics laboratory have been developed in person, sometimes generating agglomerations due to lack of space, etc. The most important thing to perform a laboratory test is that students, based on the different standards, can interact, obtaining results to analyze them, discuss them and define criteria about the test performed. The virtual tool will allow the student to interact with different soil and rock mechanics tests such as: moisture content, specific gravity, Atterberg limits, granulometric analysis, and unconfined compression. This virtual tool allows the student to enter data about the sample and data about the selected test to process them and obtain results.