|
|
Paralelní diagnostika u systému vstřikování paliva Common Rail u vybraného vozidla
ŘEHOUT, František
Work on the topic of Parallel diagnosis in the fuel injection system Common Rail for deals with the measurement and evaluation of oscilogramů, which are measured on the sensors and action the members of the fuel system. The aim of this thesis is therefore to carry out, document and describe the diagnostics of the fuel system of that car using measuring instruments and diagnostic tools that are available in the context of school education.
|
|
|
Aircraft lifting surface morphing
Přikrylová, Helena ; Juračka, Jaroslav (referee) ; Dubnický, Lukáš (advisor)
This bachelor’s thesis deals with the introduction of morphing wing technology, more specifically camber morphing. It describes the specific requirements in terms of different construction parts by presenting various morphing concepts. The first part is dedicated to brief description of the motivation for wing morphing, that is followed by introducing different morphing concepts that use kinematic or compliant mechanisms in order to achieve shape changes of the airfoil. The need of anisotropic skin and several ways of achieving the anisotropic behaviour are described as well as the pros and cons of the use of conventional actuators and innovative smart materials. The last chapters deal with the validation of morphing wing benefits and the demonstrations of the feasibility of the morphing concepts.
|
|
|
Numerical Analysis of Asymmetrical use of Actuators on a Membrane Structure
Kapolka, Lukáš ; Štulerová, Lenka
This paper is focused on the numerical analysis of an adaptive membrane structure, the model of which was created on the basis of experimental device in the lab. It was researched out the effect of asymmetric use of actuators on the membrane structure without structural loads. Results of the article describe the behaviour of numerical model. The results gained from numerical model will be compared in the future with the results measured out from the experimental device.
|
|
|
Smart materials in aviation
Riger, Rostislav ; Jetela, Václav (referee) ; Klement, Josef (advisor)
This bachelor thesis deals with smart materials and their applications in aviation. The theoretical part explains what we mean by the term smart materials and what we want to achieve with their use. Further, these materials are sorted according to the principle of their function and described. The practical part is focused on specific applications of smart materials in aviation. Sometimes these are only theoretical applications that have not yet been used.
|
|
|
A platform for Automatic Testing of Embedded Devices
Dušek, Oto ; Grochol, David (referee) ; Vašíček, Zdeněk (advisor)
The bachelor thesis describes design and implementation of a platform which can be used for testing embedded devices like printers and scanners. The platform is composed of the server and concrete testing elements interacting with devices. The elements can be controlled via the server, which hosts REST API. The result is the fully functional application system including creation of hardware prototype of card emulator and paper sensors for testing the basic functionality of printer devices. However, in future new requirements can be added for testing, so the platform has been developed with easy extensibility by new sensors and actuators.
|
|
|
Logging data of Formula Student
Novotný, Libor ; Vdoleček, František (referee) ; Zuth, Daniel (advisor)
This bachelor thesis deals with description of sensors principle which are used in Formula student monopost. There are also descriptions of ECU, expanding units and improvement which can be done in electronics of the vehicle, also implementation of datalogger Omega L2. Reasons why are specific sensors and actuators used is described. The bachelor thesis also contains demonstration of logged data.
|
|
| |
|
| |
|
|
Bridge type of track shifter
Holomek, David ; Franek, Lešek (referee) ; Štohl, Radek (advisor)
This Bachelor thesis contains a description of a bridge type track shifter model, with the introduction including an analysis of the whole work. The first task describes the look and layout of individual parts of the track shifter model. There is also a description of the AS-Interface database, as well as a section with representations of the sensors and actuators of the track shifter. The fifth part describes the PLC software configuration, and is followed by a section dealing with the errors found in the AS- Interface database. After a description of the track shifter’s control program, the seventh section underlines the visualization aspect of the track shifter model. The final section includes samples of laboratory tasks.
|
|
| |
guest ::
