This masters thesis concernes with design of formula student frame. Part of masters thesis is to a overview of possible solutions. The main criterion in frame design is final torsional stiffness. Another part of frame design is too solution of suspension attachement to frame. In next part of masters thesis is solved bodywork design and it´s fastening to frame. Final part has few informations about frame manufacturing.

This master’s thesis deals with the structural analysis of the gearbox housing and drive frame of bucket-wheel stacker/reclaimer. Theme is designed by Vítkovice Gearworks a.s. Objective of the work is to determine the size of the forces in the gears, bearings and perform strain stress analysis. The main part of the work is focused on creating finite element model in software NX I-Deas. The solution and evaluation is performed in software MSC Marc.

This master´s thesis is deal with desing of steel structure of exhibition gallery. According to the task have been design of new structures in accordance with applicable standards. The desing of building came frome several studies.

The subject of this thesis is design and strength analysis of stationary hydraulic device. Strength analysis is made by the finite element method. The thesis describes design of used frames, profiles and other components, which are parts of the frame. Frame modification is proposed, based on the results of the strength analysis. These modifications are checked with strength analysis. The thesis includes drawing of weldment. The project has been carried out in cooperation with Bosch Rexroth, spol. s. r. o.

The goal of this thesis is structural design of the trailer for a LASKI chippers and to create a construction drawings. Important part is information about legislation rules, which this trailer has to fulfill. The aim of this work is to do a dynamic simulation using multi-body system. Results of this simulation are used for a stress analysis witch using a fine element method.

Diploma thesis deals with the design and simulation of torsional stiffness of the frame for autocross racing car. The design put emphasis on observe the regulations of international automobile federation and the result of torsional rigidity and weight. The first part focuses on the design of vehicles for autocross and its regulations. The main part is the structural design of the frame, following with simulation analysis using finite element method and computing torsional stiffness. In conclusion, results are evaluate and referred for further development.

Diploma thesis deals with the design of transfer table for steel sheets with stroke using screw jacks. The thesis contains a technical balance sheet construction of electromechanical and hydraulic transfer table. The main work is a description of the conceptual solutions and description of selected components. The thesis includes calculations wheel drive and stroke, design and control wheel blocks and traversing chain. End of thesis includes strength finite element analysis with the determination of the maximum stress and strain. The work accompanying drawings.

This diploma thesis deals with concept design of electric car with electric in-wheel motors. The designing work starts with modeling of dynamic through acceleration and range of electric car. This was necessary to choose important components. These components were placed based on given criteria. The full model of electric car was designed in program Creo Parametric. In the final chapter stress analysis via program Ansys is presented.

This diploma thesis is deal with design of steel structure of office building. Layout of building is rectangular with dimensions 45x34m, with one storey below earth and five storey above earth. Height of building is 21,5 m (from ground). The main structure of building is created by nine steel frames in cross direction. Between frames are inserted composite steel and concrete beams. The roof is flat. The surface of facade is glass created by aluminium structure with columns and rails.

Master thesis deals with static analysis of construction of hall type for waste treatment. Thesis includes design and structural assessment of main support elements of construction. This is two-aisled combined skeleton object. The roof system is composed of steel truss structure.