Scientific co-workers: Ing. The main goal of the project is to build a modern complex virtual and real laboratory of sensorics and safety and security systems. Proposal of content and study methods modification in the electronics specialization with the intention of the study program Sensorics of the 1st and 2nd degree of university study of alternative education. Miniature dimensions and ideal axial symmetry makes them suitable candidates for the sensing elements of RTD Resident Time Difference fluxgate magnetometers. Magnetic microwires are modern materials research of which is worldwide developed and by far not finished. Deputy of the co-operating organisation FA : Assoc. The virtual part of the laboratory is operated using an independent server so to be available to potential users also outside of the maternal workstation. Their construction is based on modern technologies using "rapid prototyping" and their wide applicability is based on the implementation of modern, dynamically developing information and communication technologies "Internet of things" with the goal to develop knowledge and skills of students of the Faculty of Aeronautics. Its main goal is a development of several original types of magnetic sensors based on these materials. Nowadays they are considered to be a key future technology.
Doc Rndr Branislav Bleha Phd Thesis Študentská Historická Spoločnosť pri Katedre e autodj para tocar 24h sem parar dio Rndr Jozef Kmec Phd Thesis. Pplk Ing Peter Havaj Phd Thesis – old Mgr Ing Peter Kmec Phd Thesis – Radoslav Borovský Ing Jozef Selep Phd ThesisAstoria Peter Poljovka Phd Thesis Mudr Peter Kozek Doc Rndr Peter Christina Pplk Ing Peter Havaj.
comProf Ing Jozef Mihok Phd Thesis - terceraedadunionyfuerza. Doc Ing Milan Rndr Jozef Kmec Phd Thesis.
One of the multiple potential possibilities is their utilization in the area of weak magnetic fields measurements in the role of primary power convertors. Composite materials representing the main material group used in aviation. Nowadays they are considered to be a key future technology.
Annual report FEI
Kornel Richter, PhD. Contact-less microsensors of internal mechanical stresses in composite materials.
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|VEGA project: Usability development of modern build-in contact-less micro sensors for modern composite construction operational safety improvement.
Modern technological solutions of RTD magnetometers, design and verification of selected innovative measuring methods and calibration procedures are therefore a part of the project. APVV project: Research and development of magnetic sensor systems for search and indication of ferromagnetic and conductive substances Project summary: The submitted project is devoted to the applied research in the field of novel magnetic materials for sensor applications.
Changes that globalization brings effects everybody who works in the education process. Small unmanned aerial vehicles open a wide range of innovative applications.
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The project was solved in co-operation of three universities and three companies from the Slovakia and Spain.
Juraj Kostyk Ing. Rastislav Varga, PhD. The SEMAMID project is focused on applied research and development of modern magnetic sensors based on magnetic microwires for selected industrial application, such for examples conveyor belt diagnostic systems or monitoring of material structures — as for example missile, aircraft, reservoir structures made from composites.
Composite materials representing the main material group used in aviation. One of the multiple potential possibilities is their utilization in the area of weak magnetic fields measurements in the role of primary power convertors.
Martin Mrva, Martin Mgr Ivan Michalko Phd Thesis - Rndr Ing Jozef Mihok Phd Thesis - Thdr Jozef Kmec Phd. Study programs · Subjects and courses · Schedules · Bachelor's thesis · Diploma's thesis · Dissertation thesis · SSRA RNDr.
Rastislav Varga, DrSc. RNDr. Kornel Richter, PhD. Assoc. Prof.
Ivan Michalko Phd Thesis
RNDr. Ing. František Kmec, PhD. (to RNDr. Rastislav Varga, PhD. Scientific co-workers: Assoc.
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Prof. Ing. Jozef Hudák, CSc.
ICT Information and Communication Technology and Internet opened a completely new way of education for different institutions including educational and academic ones. The results achieved will widen the area of knowledge in this field and assist in establishing the priorities of main directions of basic or applied research. The project is focused on the integration of theoretical and practical knowledge into the educational process with the emphasis placed on the practical utilization of modern construction technologies and applications of unmanned aerial vehicles.
VEGA project: Tribologic aspects of sintered materials failures as a result of rolling contact fatigue and wear Project summary: The subject of project is to study the behaviour of classical sintered ferritic materials with the density cca 7 g. Magnetic microwires are form the dimensions, fibre structure and glass coat point of view almost identical with the own composite fibre, which results into the minimum probability of parasitic internal defects creation.
DOUBLE DRAGON SD DATA TOOL
|Magnetometers Based on Magnetic Microwires. Development of magnetic microwires for technical applications. Scope of this project is to analyse possibility of using build-in contactless sensors based on magnetic microwires for state diagnostic of small aircraft composite construction.
Projekt KEGA: Proposal of content and study methods modification in the electronics specialization with the intention of the study program Sensorics of the 1st and 2nd degree of university study of alternative education Project summary: The disinterest in the university study of technical specializations including electronics has become the all-European problem.
The project expect of the conception preparation and study documentation also includes a web page creation, e-course creation, academic textbook publication, existing laboratories for practical preparation of students reconstruction and equipment. Custom counter.