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Animation of the stress-strain behaviour of helical springs
Gabriel, Tomáš ; Klapka, Milan (referee) ; Hartl, Martin (advisor)
This thesis is dedicated to the creation of educational animations depicting issues with the design of helical springs. Thesis contains collection of the necessary materials, describes the animating process and presents the final results. Main topics of the work are the stress across a cross-section of a loaded spring, fatigue and natural frequency of an oscillating spring.
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Vehicles pneumatic suspension systems
Černuško, Lukáš ; Blaťák, Ondřej (referee) ; Suchý, Jan (advisor)
Bachelor’s thesis contains division of dampers for motor vehicles and describes some main types. There is structure explanation of pneumatic suspension, individual parts description and their working in other section. Further there are derived equations for calculation of fundamental properties with simplified assumptions. Equations figure out spring and damping characteristics. Main goal is to determine properties which increase the driving comfort.
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Air Suspension Systems for Passenger Car Chassis
Mračnová, Michaela ; Zháňal, Lubor (referee) ; Fojtášek, Jan (advisor)
The main goal of this bachelor’s thesis is to characterise pneumatic suspension systems. The introductory chapter chronicles the historical development of these systems. The thesis includes the description of the main components of pneumatic suspension systems and explains theirs functions. Furthermore, it describes the principle of the system operation and derivation of the equations expressing characteristic system properties. The last chapter presents the benefits of systems in terms of driving dynamics and comfort.
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Air Suspension Systems for Passenger Car Chassis
Mračnová, Michaela ; Zháňal, Lubor (referee) ; Fojtášek, Jan (advisor)
The main goal of this bachelor’s thesis is to characterise pneumatic suspension systems. The introductory chapter chronicles the historical development of these systems. The thesis includes the description of the main components of pneumatic suspension systems and explains theirs functions. Furthermore, it describes the principle of the system operation and derivation of the equations expressing characteristic system properties. The last chapter presents the benefits of systems in terms of driving dynamics and comfort.
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Animation of the stress-strain behaviour of helical springs
Gabriel, Tomáš ; Klapka, Milan (referee) ; Hartl, Martin (advisor)
This thesis is dedicated to the creation of educational animations depicting issues with the design of helical springs. Thesis contains collection of the necessary materials, describes the animating process and presents the final results. Main topics of the work are the stress across a cross-section of a loaded spring, fatigue and natural frequency of an oscillating spring.
|
|
|
Vehicles pneumatic suspension systems
Černuško, Lukáš ; Blaťák, Ondřej (referee) ; Suchý, Jan (advisor)
Bachelor’s thesis contains division of dampers for motor vehicles and describes some main types. There is structure explanation of pneumatic suspension, individual parts description and their working in other section. Further there are derived equations for calculation of fundamental properties with simplified assumptions. Equations figure out spring and damping characteristics. Main goal is to determine properties which increase the driving comfort.
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