JNTUK B.Tech Automotive Control Systems gives you detail information of Automotive Control Systems R13 syllabus It will be help full to understand you complete curriculum of the year.
Course objectives: The objective of the course is to impart necessary skills required to model an engine and control systems. To make the learner understand over all diagnosis of automotive engines, vehicle, road and driver modelling.
UNIT-I : Engine management systems: effective work, inflammation of A/F mixtures, flame propagation, energy conversion, emissions of I/C engines, fuel management, injection time calculation, air mass per cycle, intake manifold dynamics.
UNIT-II : Diesel engine modelling: four stroke cycle diesel engine, charge exchange, air fuel raito, mass balance, fuel injection, fuel evaporation, cylinder dynamics, fitting of model parameters.
UNIT-III : Engine control systems: Lambda control, stoichiometric operation of SI engines, engine model for lambda control, lambda control circuit, adaptive lambda control, idle speed control, knocking at SI engines, knock sensors, adaptive knock control, cylinder balancing.
UNIT-IV : Diagnosis of automotive engines: introduction to diagnosis, faults modelling, principles of model based diagnosis, modelling the air intake system, model identification, the diagnosis system, residual generation, residual, evaluation, implementation, validation of the diagnosis system, misfire detection.
UNIT-V : Vehicle modelling: introduction, co-ordinate system, vehicle body side slip angle observer, determination of the road gradient, vehicle control system: ABS control systems. Road and driver models: road models, requirements of the road models, definitions of the course path, road surfaces and wind strength, PID driver model, Hybrid driver model.
UNIT VI : Introduction to mechatronics: Sensors – elements of mechatronics systems-displacement sensors, position sensors, proximity sensors, velocity sensors, motion sensors, torque sensors, acceleration sensors, temperature sensors. Hydraulic and pneumatic actuating systems-design of mechatronics systems.
Course outcomes: After completing the course the student will be in a position to understand various control systems involved in vehicle modelling.
TEXT BOOKS
- Automotive control systems, Uwe Kiencle, Lars Nielsen, Springer,2005
- Automotive Control systems, A, galip Ulsoy, Huei Peng, Melih Cakmakci, Cambridge University press, 2012.
- Mechatroincs, integrated mechanical electronics systems,K.P.Ramachandran,et,al;WILEY India private limited.
- Electronic Engine controls, Steve V.Hatch-Cengage Learning.
REFERENCES
- Mechatronics principles and applications, Onwubolu, ELSEVIER
- Modern automotive technology, James E. Duffy, Goodheart – willcox Publ, 2003.
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