JNTUK B.Tech Simulation of SI and CI Engines gives you detail information of Simulation of SI and CI Engines R13 syllabus It will be help full to understand you complete curriculum of the year.
Course Object: The students are exposed to principals of simulation using computers and validation of models with more emphasis on SI engine and CI engine process.
UNIT-I INTRODUCTION: Simulation principles – simulation exercises using computers, validation of models.
COMBUSTION PROCESS: Reactive process, heat of reaction, adiabatic flame temperature, isentropic changes of stage, temperature change due to fuel vaporization.
UNIT-II : SIMULATION OF SI ENGINE PROCESSES: SI engine simulation with air as working medium: Ideal otto cycle, deviation with ideal and actual cycle. SI engine simulation with adiabatic combustion: Temperature drop due to fuel vaporization, full throttle, part throttle and supercharged operations, problems.
UNIT-III: SI engines simulation with progressive combustion, gas exchange process, evaluation of performance parameters. Simulation of two strokes SI engine processes.
UNIT-IV : SIMULATION OF CI ENGINE PROCESS: CI engines simulation with air as working medium: deviation with ideal and actual cycle. CI engines simulation with adiabatic combustion : Naturally aspirated and super charged operations,
problems.
UNIT-V : CI engines simulation with progressive combustion, combustion modelling, zero dimensional combustion models, heat release and heat transfer models. CI engines simulation with gas exchange process. Evaluation of performance parameters.
UNIT-VI : Introduction to CFD simulation of IC engine flow mixture formation and combustion
Course outcome: students completing this course are expected to understand the principals involved in simulation and adopt the same to simulate an IC engine with different working media.
TEXT BOOKS
- Computer simulation of SI engine process, V.Ganesan, Orient Longman Ltd.,
- Computer simulation of CI engine process, V.Ganesan, Orient Longman Ltd.,
REFERENCES
- Introduction to modelling and control of Internal Combustion Engine Systems, Lino Guzzella, Christopher H.Onder,Springer,2010.
- Computer Optimization of Internal Combustion Engines,Y.Shi,et,al;Springer,2011.
- 3D – CFD Simulation of IC Engine Flow, Mixture Formation and Combustion with AVL FIRE, Gunter P.Merker,Springer,2010.
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