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three-sied tipping body of trailer
Peňáz, Jan ; Hladký, Bohumír (referee) ; Škopán, Miroslav (advisor)
This diploma thesis deals with proposal three-side tipping body of tractor semi-trailer with maximum weight 23 tons. In beginning the thesis includes background research part and design of conception body inclusive back door. In the middle part thesis contains the strength calculations using the finite element method, shape optimization and check strength calculation. Strength checks consider especially deformation and strain analysis in different load angle states. The work is finished by analytical calculations included partial body of semi-trailer. Enclosed are graphic illustrations results in program ANSYS Workbench. Part of the thesis is also design documentation. Work is created in co-operation with company ZDT Ltd. Body is designed for universal for multipurpose versatile body carrier Mega 230.
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Dump body for twoaxles tractor semitrailer
Prášek, Ondřej ; Hladký, Bohumír (referee) ; Škopán, Miroslav (advisor)
Graduation work discusses a design of the tube body of the tractor semi-trailer enabling double-sided tilting. The aim was a conceptual proposal of the semi-trailer body and a strength calculation with Finite Element Method on my own. A part of the work is also design documentation. The work puts major requirement on the simplest mechanical design. The body is a part of the replaceable system of the trailer body by ZDT Company and it is designed for a universal carriage unit MEGA 20.
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The stress analysis and design optimizing of the trailer MEGA 25
Halama, Tadeáš ; Molva, Martin (referee) ; Kašpárek, Jaroslav (advisor)
This Diploma Thesis is dedicated to stress analysis of carrier swap bodies Mega 25 with maximum technical weight 27 000 kg and has been worked out in corporation with ZDT Nové Veselí company. The aim of this work is to stress analysis of trailer in various burdensome conditions. The first section of the Thesis is occupied with original design and burdensome condition. Then, according to these states gained strength to control the finite element method, implement and then modify the design including design of new drawbar and then create selected construction drawings prepared.
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Design of the construction semi-trailer
Fejta, Josef ; Molva, Martin (referee) ; Kašpárek, Jaroslav (advisor)
Diploma thesis deals with a design of a tractor earthmoving tipper and a stress analysis of its bath body. The first part contains an overview of similar construction solutions and a summary of related legislative requirements. Next part is followed up by a description of the tipper and its load conditions. The main part is focused on a stress analysis itself. Achieved results are evaluated at the end of this thesis. A partial technical documentation is also part of this work. This thesis was created in cooperation with company ZDT Nové Veselí.
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Design of the construction semi-trailer
Fejta, Josef ; Molva, Martin (referee) ; Kašpárek, Jaroslav (advisor)
Diploma thesis deals with a design of a tractor earthmoving tipper and a stress analysis of its bath body. The first part contains an overview of similar construction solutions and a summary of related legislative requirements. Next part is followed up by a description of the tipper and its load conditions. The main part is focused on a stress analysis itself. Achieved results are evaluated at the end of this thesis. A partial technical documentation is also part of this work. This thesis was created in cooperation with company ZDT Nové Veselí.
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The stress analysis and design optimizing of the trailer MEGA 25
Halama, Tadeáš ; Molva, Martin (referee) ; Kašpárek, Jaroslav (advisor)
This Diploma Thesis is dedicated to stress analysis of carrier swap bodies Mega 25 with maximum technical weight 27 000 kg and has been worked out in corporation with ZDT Nové Veselí company. The aim of this work is to stress analysis of trailer in various burdensome conditions. The first section of the Thesis is occupied with original design and burdensome condition. Then, according to these states gained strength to control the finite element method, implement and then modify the design including design of new drawbar and then create selected construction drawings prepared.
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Chassis of single purpose trailer MEGA EASY
Nouza, Pavel ; Peňáz, Jan (referee) ; Kašpárek, Jaroslav (advisor)
This diploma thesis deals with conceptual design chassis of tractor trailer with maximum weight 21 000 kg. First part of thesis introduces reader with division of constructal chassis elements. Next part deals with conceptual chassis design. The final part deals with strenght control of chassis frame, which has been designed in previous chapter. In last part of the thesis deals with stress control designed construction of the frame. Drawing documentation of chassis frame is a part of the thesis
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Bath body with opening rear face for a dedicated car MEGA EASY
Sehnal, Milan ; Peňáz, Jan (referee) ; Kašpárek, Jaroslav (advisor)
This master‘s thesis deals with a design construction of a bath body and an opening rear face for a dedicated tractor trailer MEGA EASY. The purpose of this master’s thesis is to create research and concept of the bath body and the rear face, to design mechanism for opening the rear face and to compute the construction using the finite element method. Additionally, this master’s thesis includes selected technical drawings.
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three-sied tipping body of trailer
Peňáz, Jan ; Hladký, Bohumír (referee) ; Škopán, Miroslav (advisor)
This diploma thesis deals with proposal three-side tipping body of tractor semi-trailer with maximum weight 23 tons. In beginning the thesis includes background research part and design of conception body inclusive back door. In the middle part thesis contains the strength calculations using the finite element method, shape optimization and check strength calculation. Strength checks consider especially deformation and strain analysis in different load angle states. The work is finished by analytical calculations included partial body of semi-trailer. Enclosed are graphic illustrations results in program ANSYS Workbench. Part of the thesis is also design documentation. Work is created in co-operation with company ZDT Ltd. Body is designed for universal for multipurpose versatile body carrier Mega 230.
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Dump body for twoaxles tractor semitrailer
Prášek, Ondřej ; Hladký, Bohumír (referee) ; Škopán, Miroslav (advisor)
Graduation work discusses a design of the tube body of the tractor semi-trailer enabling double-sided tilting. The aim was a conceptual proposal of the semi-trailer body and a strength calculation with Finite Element Method on my own. A part of the work is also design documentation. The work puts major requirement on the simplest mechanical design. The body is a part of the replaceable system of the trailer body by ZDT Company and it is designed for a universal carriage unit MEGA 20.
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