ELEKTROTECHNIKA I ELEKTRONIKA W POJAZDACH SAMOCHODOWYCH PDF

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Compulsory Language of instruction: 2. Polish, Director of studies: 3. Division of suspensions. Basic definitions, classification of cars. Masses and dimensions, exploational coefficients. Building and destination of main aggregates of car. Basic connected notion with driving arrangement drive, power, rotatory moment, total efficiency, driving strength.

Burden of cars' vehicles. Building of driving system: clutches, gear box, driving ramparts, main gear and differential, driveshafts, examples of construction. The chassis and suspension. Technical profile. Conventional suspension and regulated. Assignment of suspensions and characters of resilience.

Axes of carriageable wheels. Wheels, tire and hoops. Analysis of solutions of suspensions of present vehicles, Braking, and brake sytems. Legal requirement. Brake mechanisms. Efficiency of working of brakes - thermal load. Mechanisms starting brakes. Steerling scheme. Working and technical character of steerling system. Steer mechanism and linkage. Geometry of steer wheels. Turn of multiaxial cars and group of vehicles. Frames vehicles: the method of calculation.

Laboratory content. Practical analysis of the design and operation: the main clutch cars, classic gearboxes, shafts and driveshafts, driving axles, suspensions, brake systems run, mechanisms and brakes drum brakes, steering, clutch and hydrocinetics gears, automatic transmissions and engines.

Working with the book. Group work in laboratory classes. A passing grade in laboratory part comprises positive evaluation of reports based on each laboratory class, attendance and initiative on the part of the student. To get a credit the student has to receive both passing grades.

The final grade received by the student is the arithmetic mean of the above grades. Reimpell, Betzer J. Obliczenia projektowe.

W-wa , 7. W-wa W. Miknass, R. Popiol, A. Mitschke - Dynamika samochodu, 3. Akopian R. Workloads in parentheses are the numbers for part time studies. The theory of the movement of vehicles. The basics of electronics and electrical engineering. The basics of computer science. The object of regulation and selection of parameters of regulators.

Signal processing, drivers, control algorithms. Signal transducers-sensors, actuators, motors, actuators. Control of compression ignition engines. Algorithms work diagnostic devices. Control of automatic transmissions. Modern steering. On-board diagnostic devices in automotive vehicles. Total hours of individual work: 20 42 which corresponds to 1 ECTS. Total hours of lessons with a teacher: 30 8 which corresponds to 1 ECTS. Kaczorek T. Kneba, S.

Herner, H. Riehl: Elektrotechnika i elektronika w pojazdach samochodowych. W-wa M. Lublin, Mazurek St. Informator techniczny Bosch. Heimann B. Methods of repairing of car components. Checking and repairing of individual parts of cars like the engine, the transmission, mechanisms of steering, the suspension, the braking system, etc.

Selected issues of repairing cars. Laboratory: Technology of repair of the hull, the crankshaft and pistons of the engine. Technology of repair of head and the valves of the engine. Technology of repair of the braking system of the car. Technology of repair of mechanisms of steering the car. Technology of repair of elements of the drivetrain car. Correction laboratory. Laboratory classes - grade Evaluation is determined on the basis of the reports of the lab exercises and student activity.

Final evaluation of the subject is the arithmetic average of the ratings for the both forms of instruction. Total hours of practical classes: 37 40 which corresponds to 1 ECTS.

Adamiec P. Dynamos and motors. Voltage regulators. Ignition system. The vehicle lighting system. Electricity consumers in the vehicle. The content of the lab exercises: Examination of the sources of electricity. The study of the boot. Examination of the ignition system. The study of the lighting of the vehicle.

Working with books and standards. The laboratory exercises. Lecture-condition assessment of the lecture is to obtain a positive evaluation of the Colloquium. Laboratory-condition assessment is carried out on the basis of the grading lab exercises drawn up the report.

Total hours of individual work: 30 44 which corresponds to 1 ECTS. Total hours of lessons with a teacher: 30 16 which corresponds to 1 ECTS. Herner A. Wydawnictwa Szkolne i Pedagogiczne,Warszawa Z.

Lublin, Mazurek St. Kasedorf J. Robert Barski Name of lecturer: Dr. In addition, students become familiar with the construction of modern internal combustion engines. Mechanical Faculty Subject area of studies: Mechanics and mechanical engineering.

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