Zařízení pro manipulaci s jednotkami LAM na testovacím centru

Abstract

This bachelor thesis is concerned with optimalization of LAM units handling on testing center. The thesis begins with a research displaying an overview of various means of burden handling followed by a detailed description of LAM units along with description of different methods of LAM units handling up until today. The next part introduces self-created constructional solution, which is designed to optimalize LAM units handling. The following chapter is dedicated to computational part, which contains all the necessary calculation varieties for construction stability. The thesis is also concerned with a solidity analysis in RFEM program, which was used for calculations of tenstion and deformation values with various load and construction options. The thesis ends with a conclusion that summarizes the overal execution and outcomes of the optimalization. The bachelor thesis is completed with a drawing documentation that contents complete construction composition along with production drawings of individual components.