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Design of Golf Cart
Drápalová, Jana ; Karásek, David (referee) ; Rubínová, Dana (advisor)
The main contribution of this work is a new perspective on design of a golf cart for 2 players. The aim is to create a cart which will be innovative in the design but retaining necessary technical, ergonomic, aesthetic and ecological requirements. The final draft should be able to compete to existing products in this market.
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Production of the golf club head
Žádník, Martin ; Kaněra, Miloš (referee) ; Jelínek, Radim (advisor)
Focus of this thesis is on choosing of a suitable production process of golf club head and its subsequent production. Investment casting was chosen as a process of production. Model, which is usually wax, was made on FDM 3D printer from PLA material. The casting material was chosen Maraging 200 steel. Two different putters were created and a short survey was conducted. Based on result of the survey the third model was created.
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Design of Robotic Golf Ball Picker
Myška, Miroslav ; Bukvald, Jiří (referee) ; Sládek, Josef (advisor)
The main aim of this master's thesis is create golf ball picker with charging station. These two components create the system, which automates process of golf ball collection on driving range. The robot replaces human manual activity in this branch and it eliminates injury. On the other hand, robot respects functional, psychological, ecological and aesthetic demands. It demarcates standard principles of these days and new way how to collect balls on driving range.
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Mechanical/Physical Simulation of Solid Objects
Bureš, Jaroslav ; Maršík, Lukáš (referee) ; Široký, Adam (advisor)
This work deals with simulation of launching a golf ball. Here are described simulation techniques which can be used for computer simulations. In addition, physical laws are discussed, that need to be understood to create a valid golf ball launch model. These include aerodynamic laws for calculating ball's flight trajectory, as well as events occurring while ball moves on the ground. After this is analyzed implementation of the program using C++ and OpenGL graphics library. The work is completed with comparison of measured simulation results with analytical solution and values of other applications.
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Sales Promotion and Advertising of a Particular Golf Course
Prosová, Martina ; Rakowski, Miroslav (referee) ; Mráček, Pavel (advisor)
The bacheor thesis focuses on marketing communication, especially on sales promotion and advertising of the company Golferia s. r. o. The teoretical part explains the basic concepts such as marketing, marketing communication and communication mix. In the second part we analyze and based on selected analyzes, evalutes the current situation in the company. The final part contains reccomendations and suggestions to improve the state of the company.
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Design of Golf Electromobile
Sedláček, Michal ; Karásek, David (referee) ; Křenek, Ladislav (advisor)
Detailed history of golf, golf carts and vehicles was described in analytic part of DT. Components and technical aspects of golf carts were listed in the technical part of the analysis. It also gives an overview of modern technologies available in these types of vehicles. Design part of DT maps current products on the market and their components influencing appearance of the vehicle. The final solution was chosen from three variants and brought the greatest added value. The original idea includes the way how to make handling of the vehicle easier, simplifies maintenance and reduces unnecessary preparation time of golf equipment for the game. New features have been presented in a single comprehensive and unique design.
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Simulation of a Golf Ball Trajectory from Video
Hlobil, Marek ; Ševcovic, Jiří (referee) ; Chmelař, Petr (advisor)
This work deals with the golf ball flight simulation based on video recordings. The way how to determine the trajectory of a golf ball using several initial points is described here. For the ball recognition there are used computer vision techniques, particulary pattern recognition. The work covers physics of the golf ball, it deals with physical influences that occurs during the ball flight and it tries to describe the trajectory approximation.
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