Circuite electrice fundamentale. p. 1 / Embed or link this publication. Description. Circuite electrice fundamentale. Popular Pages. p. 1. [close]. p. 2. [ close]. p. Why not upload your own file? What is ? has one aim ; to be the simplest file sharing site on the planet. We believe sharing your. Disciplina “Circuite electronice fundamentale” se adreseazã studenilor de la studiile de licențã, anul II, specializãrile Electronicã aplicatã, Tehnologii și sisteme.
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Managementul infrastructurii critice a sistemelor electroenergetice. The discipline “Fundamentals of Electronic Circuits” is addressed to the bachelor students, Ist year, studying in Englishspecialization: Applied Electronics and Telecommunications Technologies and Systems.
The discipline ” Fuzzy Logic Systems ” is addressed electronicr the bachelor students, IVth year, studying in English, specializations: Gases Exchange Processes 36 2. Engine type, definition and role, main parts of an engine, working principle 9 1. Physico-Chemical Bases of the Combustion Process 4. I would also like to thank Mr. Gas motions inside the cylinder, swirl ratio After completing the discipline, the students will know the operating principles of diodes, operational amplifiers, field effect and bipolar transistors; know various types of operating regimes: Since its discovery, the internal combustion engine has represented one of the most interesting and intensively studied machines.
Combustion in Spark Ignition Engines 5. Experimental investigation, normal combustion theory, combustion stages 6. Influences of different operating parameters on combustion: Automation and Applied Informatics. I would like to thank first of all Professor Nicolae Apostolescu for his help, because he spent part of his time reading the electronicee and giving me clear and valuable suggestions.
Circuite electrice fundamentale
Your browser does not support inline frames or is currently configured not to display inline frames. Moreover, this work offers ellectronice detailed information regarding the simulation activities which represent in the lasts decades one of the most important section in the field of research activities dedicated to internal combustion engines development. Engine design and technical parameters, operating rate 23 Chapter 2.
Gases exchange for the two strokes engines 66 Chapter 3. Fuundamentale this sense, this work represents first of all a support for the students from the University Politehnica of Bucharest, Faculty of Engineering in Foreign Languages, Mechanical Division, English Direction, interested in the Heat Engines course.
Abnormal combustion, description of phenomena, knock and surface ignition 5. Influences of different parameters on the induction process 54 2. Influence of design parameters on diesel combustion: Gases exchange for the two strokes engines Acquiring the skills to use FL fuzzy sets, fuzzy logic systems for representing information and knowledge and developing expert systems. Mixture preparation and quality of the air-fuel mixture 20 1.
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Engine design and technical electeonice, operating rate Investigation of the gas-cylinder heat exchange process 82 3. The discipline ” Fundamental Electronic Circuits ” is addressed to the bachelor students, I Ind year, studying in English, specializations: Acquiring the skills required to use ANN for modeling, function fitting, pattern recognition, prediction.
Gas motions inside the cylinder, swirl ratio 88 Chapter 4. Thermodynamics, chemistry and physics of combustion, chemical composition of the fresh mixture and exhaust gases Specific objectives Understanding the fundamental concepts of computational intelligence techniques, intelligent decision systems, supervised and unsupervised training, machine learning, data analysis, data mining, data science, business intelligence.
Necessity of the compression process, theoretical models of the engine cycles 71 3. Proiectarea si fundamebtale memoriilor magnetorezistive cu acces aleator. This work based on particular references offers to these students the basics and the specific terminology necessary for the comprehension of the processes governing the internal combustion engines operation.
Circuite electronice fundamentale: simulări Spice – George Zărnescu – Google Books
Influences of different design parameters on combustion: Essential characteristic phenomena, types of combustion 5. Ioan Ganea, AGIR publishing house director, who really helped me by being confident in the importance of this work and ensuring the best conditions for its occurrence.
Thermodynamics, chemistry and physics of combustion, chemical composition of the fresh mixture and exhaust gases Chapter 5.
Its continuous and sustained development performed during more than years made from this machine an extremely complex equipment, where knowledge of mechanics, thermodynamics, aerodynamics, chemistry, electronics and others technical sciences are involved.
Modelarea numerica a indicelui orar al transformatoarelor electrice de putere. Acquiring fundamentalw skills required to design and implement systems based on computational intelligence techniques. Gases exchange for the four-stroke engines, normal induction – intake and exhaust systems, volumetric efficiency coefficient 36 2. Valves timing setting 52 2.
Atomization of the liquid fuel jet, ignition delay, conditions for appropriate delay 6.
It can be also used by other Master or Ph. Engines classification and their operating cycles 14 1. General objectiv Understanding the necessity and ways of implementing and using computational intelligence techniques artificial neural networks — ANN, genetic algorithms — GA, fuzzy logic — FL in complex decision making systems.
Essential characteristic phenomena, processes associated to direct and indirect injection 6. The increasing concern about the diminishing of petroleum base fuels availability, associated with the concern over the climate changes due to the greenhouse effect continuous increase, imposes a better view and understanding of the possibilities to control the combustion process for improving engines efficiency and reducing their pollutant emissions.
Investigation of the intake and exhaust processes 42 2.