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COURSE INFORMATION
Course CodeCourse TitleL+P HourSemesterECTS
OTOM 508COMBUSTION ANALYSIS IN INTERNAL COMBUSTION ENGINES3 + 01st Semester7,5

COURSE DESCRIPTION
Course Level Master's Degree
Course Type Elective
Course Objective To provide information about combustion progress, analysis and evaluation of the results.
Course Content Instruments and measurement methods used in internal-combustion engines combustion diagnostics, incylinder gas pressure, fuel line pressure, crank angle, needle lift measurements, ion current measurement. Heat release rate analysis with Krieger-Borman approach. Semi-empirical heat transfer equations in combustion analysis (Annan, Hohenberg ve Woschini correlations), Burned mass fraction analysis for spark ignition engines and Wiebe functions, Gas exchange analysis, mean indicated pressure calculation, cyclic variations analysis, determination of polytropic index. Different engine design, setting parameters and results of the analysis for alternative fuels combustion and emission formation. Other methods applied in combustion diagnostics; in-cylinder gas sampling and analysis, optical, laser, spectroscopic systems, etc.
Prerequisites No the prerequisite of lesson.
Corequisite No the corequisite of lesson.
Mode of Delivery Face to Face

COURSE LEARNING OUTCOMES

COURSE'S CONTRIBUTION TO PROGRAM
Data not found.

ECTS ALLOCATED BASED ON STUDENT WORKLOAD BY THE COURSE DESCRIPTION
ActivitiesQuantityDuration (Hour)Total Work Load (Hour)
Course Duration (14 weeks/theoric+practical)14342
Hours for off-the-classroom study (Pre-study, practice)14570
Assignments3515
Mid-terms12020
Final examination12828
Presentation / Seminar Preparation21020
Total Work Load

ECTS Credit of the Course






195

7,5
COURSE DETAILS
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 Course TermNoInstructors
Details 2021-2022 Spring1ÖZER CAN
Details 2020-2021 Fall1ÖZER CAN
Details 2019-2020 Spring1ÖZER CAN
Details 2018-2019 Fall1ÖZER CAN
Details 2017-2018 Fall1ÖZER CAN
Details 2016-2017 Spring1ÖZER CAN


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Course Details
Course Code Course Title L+P Hour Course Code Language Of Instruction Course Semester
OTOM 508 COMBUSTION ANALYSIS IN INTERNAL COMBUSTION ENGINES 3 + 0 1 Turkish 2021-2022 Spring
Course Coordinator  E-Mail  Phone Number  Course Location Attendance
Prof. Dr. ÖZER CAN ozercan@pau.edu.tr TEK A0119 %60
Goals To provide information about combustion progress, analysis and evaluation of the results.
Content Instruments and measurement methods used in internal-combustion engines combustion diagnostics, incylinder gas pressure, fuel line pressure, crank angle, needle lift measurements, ion current measurement. Heat release rate analysis with Krieger-Borman approach. Semi-empirical heat transfer equations in combustion analysis (Annan, Hohenberg ve Woschini correlations), Burned mass fraction analysis for spark ignition engines and Wiebe functions, Gas exchange analysis, mean indicated pressure calculation, cyclic variations analysis, determination of polytropic index. Different engine design, setting parameters and results of the analysis for alternative fuels combustion and emission formation. Other methods applied in combustion diagnostics; in-cylinder gas sampling and analysis, optical, laser, spectroscopic systems, etc.
Topics
WeeksTopics
1 Instruments and measurement methods used in internal-combustion engines combustion diagnostics, incylinder gas pressure, fuel line pressure, crank angle, needle lift measurements, ion current measurement. Heat release rate analysis with Krieger-Borman approach. Semi-empirical heat transfer equations in combustion analysis (Annan, Hohenberg ve Woschini correlations), Burned mass fraction analysis for spark ignition engines and Wiebe functions, Gas exchange analysis, mean indicated pressure calculation, cyclic variations analysis, determination of polytropic index. Different engine design, setting parameters and results of the analysis for alternative fuels combustion and emission formation. Other methods applied in combustion diagnostics; in-cylinder gas sampling and analysis, optical, laser, spectroscopic systems, etc.
2 Instruments and measurement methods used in internal-combustion engines combustion diagnostics, incylinder gas pressure, fuel line pressure, crank angle, needle lift measurements, ion current measurement. Heat release rate analysis with Krieger-Borman approach. Semi-empirical heat transfer equations in combustion analysis (Annan, Hohenberg ve Woschini correlations), Burned mass fraction analysis for spark ignition engines and Wiebe functions, Gas exchange analysis, mean indicated pressure calculation, cyclic variations analysis, determination of polytropic index. Different engine design, setting parameters and results of the analysis for alternative fuels combustion and emission formation. Other methods applied in combustion diagnostics; in-cylinder gas sampling and analysis, optical, laser, spectroscopic systems, etc.
3 Instruments and measurement methods used in internal-combustion engines combustion diagnostics, incylinder gas pressure, fuel line pressure, crank angle, needle lift measurements, ion current measurement. Heat release rate analysis with Krieger-Borman approach. Semi-empirical heat transfer equations in combustion analysis (Annan, Hohenberg ve Woschini correlations), Burned mass fraction analysis for spark ignition engines and Wiebe functions, Gas exchange analysis, mean indicated pressure calculation, cyclic variations analysis, determination of polytropic index. Different engine design, setting parameters and results of the analysis for alternative fuels combustion and emission formation. Other methods applied in combustion diagnostics; in-cylinder gas sampling and analysis, optical, laser, spectroscopic systems, etc.
4 Instruments and measurement methods used in internal-combustion engines combustion diagnostics, incylinder gas pressure, fuel line pressure, crank angle, needle lift measurements, ion current measurement. Heat release rate analysis with Krieger-Borman approach. Semi-empirical heat transfer equations in combustion analysis (Annan, Hohenberg ve Woschini correlations), Burned mass fraction analysis for spark ignition engines and Wiebe functions, Gas exchange analysis, mean indicated pressure calculation, cyclic variations analysis, determination of polytropic index. Different engine design, setting parameters and results of the analysis for alternative fuels combustion and emission formation. Other methods applied in combustion diagnostics; in-cylinder gas sampling and analysis, optical, laser, spectroscopic systems, etc.
5 Instruments and measurement methods used in internal-combustion engines combustion diagnostics, incylinder gas pressure, fuel line pressure, crank angle, needle lift measurements, ion current measurement. Heat release rate analysis with Krieger-Borman approach. Semi-empirical heat transfer equations in combustion analysis (Annan, Hohenberg ve Woschini correlations), Burned mass fraction analysis for spark ignition engines and Wiebe functions, Gas exchange analysis, mean indicated pressure calculation, cyclic variations analysis, determination of polytropic index. Different engine design, setting parameters and results of the analysis for alternative fuels combustion and emission formation. Other methods applied in combustion diagnostics; in-cylinder gas sampling and analysis, optical, laser, spectroscopic systems, etc.
6 Instruments and measurement methods used in internal-combustion engines combustion diagnostics, incylinder gas pressure, fuel line pressure, crank angle, needle lift measurements, ion current measurement. Heat release rate analysis with Krieger-Borman approach. Semi-empirical heat transfer equations in combustion analysis (Annan, Hohenberg ve Woschini correlations), Burned mass fraction analysis for spark ignition engines and Wiebe functions, Gas exchange analysis, mean indicated pressure calculation, cyclic variations analysis, determination of polytropic index. Different engine design, setting parameters and results of the analysis for alternative fuels combustion and emission formation. Other methods applied in combustion diagnostics; in-cylinder gas sampling and analysis, optical, laser, spectroscopic systems, etc.
7 Instruments and measurement methods used in internal-combustion engines combustion diagnostics, incylinder gas pressure, fuel line pressure, crank angle, needle lift measurements, ion current measurement. Heat release rate analysis with Krieger-Borman approach. Semi-empirical heat transfer equations in combustion analysis (Annan, Hohenberg ve Woschini correlations), Burned mass fraction analysis for spark ignition engines and Wiebe functions, Gas exchange analysis, mean indicated pressure calculation, cyclic variations analysis, determination of polytropic index. Different engine design, setting parameters and results of the analysis for alternative fuels combustion and emission formation. Other methods applied in combustion diagnostics; in-cylinder gas sampling and analysis, optical, laser, spectroscopic systems, etc.
8 Instruments and measurement methods used in internal-combustion engines combustion diagnostics, incylinder gas pressure, fuel line pressure, crank angle, needle lift measurements, ion current measurement. Heat release rate analysis with Krieger-Borman approach. Semi-empirical heat transfer equations in combustion analysis (Annan, Hohenberg ve Woschini correlations), Burned mass fraction analysis for spark ignition engines and Wiebe functions, Gas exchange analysis, mean indicated pressure calculation, cyclic variations analysis, determination of polytropic index. Different engine design, setting parameters and results of the analysis for alternative fuels combustion and emission formation. Other methods applied in combustion diagnostics; in-cylinder gas sampling and analysis, optical, laser, spectroscopic systems, etc.
9 Instruments and measurement methods used in internal-combustion engines combustion diagnostics, incylinder gas pressure, fuel line pressure, crank angle, needle lift measurements, ion current measurement. Heat release rate analysis with Krieger-Borman approach. Semi-empirical heat transfer equations in combustion analysis (Annan, Hohenberg ve Woschini correlations), Burned mass fraction analysis for spark ignition engines and Wiebe functions, Gas exchange analysis, mean indicated pressure calculation, cyclic variations analysis, determination of polytropic index. Different engine design, setting parameters and results of the analysis for alternative fuels combustion and emission formation. Other methods applied in combustion diagnostics; in-cylinder gas sampling and analysis, optical, laser, spectroscopic systems, etc.
10 Instruments and measurement methods used in internal-combustion engines combustion diagnostics, incylinder gas pressure, fuel line pressure, crank angle, needle lift measurements, ion current measurement. Heat release rate analysis with Krieger-Borman approach. Semi-empirical heat transfer equations in combustion analysis (Annan, Hohenberg ve Woschini correlations), Burned mass fraction analysis for spark ignition engines and Wiebe functions, Gas exchange analysis, mean indicated pressure calculation, cyclic variations analysis, determination of polytropic index. Different engine design, setting parameters and results of the analysis for alternative fuels combustion and emission formation. Other methods applied in combustion diagnostics; in-cylinder gas sampling and analysis, optical, laser, spectroscopic systems, etc.
11 Instruments and measurement methods used in internal-combustion engines combustion diagnostics, incylinder gas pressure, fuel line pressure, crank angle, needle lift measurements, ion current measurement. Heat release rate analysis with Krieger-Borman approach. Semi-empirical heat transfer equations in combustion analysis (Annan, Hohenberg ve Woschini correlations), Burned mass fraction analysis for spark ignition engines and Wiebe functions, Gas exchange analysis, mean indicated pressure calculation, cyclic variations analysis, determination of polytropic index. Different engine design, setting parameters and results of the analysis for alternative fuels combustion and emission formation. Other methods applied in combustion diagnostics; in-cylinder gas sampling and analysis, optical, laser, spectroscopic systems, etc.
12 Instruments and measurement methods used in internal-combustion engines combustion diagnostics, incylinder gas pressure, fuel line pressure, crank angle, needle lift measurements, ion current measurement. Heat release rate analysis with Krieger-Borman approach. Semi-empirical heat transfer equations in combustion analysis (Annan, Hohenberg ve Woschini correlations), Burned mass fraction analysis for spark ignition engines and Wiebe functions, Gas exchange analysis, mean indicated pressure calculation, cyclic variations analysis, determination of polytropic index. Different engine design, setting parameters and results of the analysis for alternative fuels combustion and emission formation. Other methods applied in combustion diagnostics; in-cylinder gas sampling and analysis, optical, laser, spectroscopic systems, etc.
13 Instruments and measurement methods used in internal-combustion engines combustion diagnostics, incylinder gas pressure, fuel line pressure, crank angle, needle lift measurements, ion current measurement. Heat release rate analysis with Krieger-Borman approach. Semi-empirical heat transfer equations in combustion analysis (Annan, Hohenberg ve Woschini correlations), Burned mass fraction analysis for spark ignition engines and Wiebe functions, Gas exchange analysis, mean indicated pressure calculation, cyclic variations analysis, determination of polytropic index. Different engine design, setting parameters and results of the analysis for alternative fuels combustion and emission formation. Other methods applied in combustion diagnostics; in-cylinder gas sampling and analysis, optical, laser, spectroscopic systems, etc.
14 Instruments and measurement methods used in internal-combustion engines combustion diagnostics, incylinder gas pressure, fuel line pressure, crank angle, needle lift measurements, ion current measurement. Heat release rate analysis with Krieger-Borman approach. Semi-empirical heat transfer equations in combustion analysis (Annan, Hohenberg ve Woschini correlations), Burned mass fraction analysis for spark ignition engines and Wiebe functions, Gas exchange analysis, mean indicated pressure calculation, cyclic variations analysis, determination of polytropic index. Different engine design, setting parameters and results of the analysis for alternative fuels combustion and emission formation. Other methods applied in combustion diagnostics; in-cylinder gas sampling and analysis, optical, laser, spectroscopic systems, etc.
Materials
Materials are not specified.
Resources
Course Assessment
Assesment MethodsPercentage (%)Assesment Methods Title
Final Exam50Final Exam
Midterm Exam50Midterm Exam
L+P: Lecture and Practice
PQ: Program Learning Outcomes
LO: Course Learning Outcomes