Semesterplan

The table below shows the content of the course. The specific timetable depends on the calendar (easter etc.), arrangement of laboratory exercises (i.e. on the number of students) and the availability of the guest lecturers. Adjustments of the content and reading list may occur.

The updated version of the timetable will be available at Blackboard.

For information: The final plan of 2019.
If all students are proficient in Norwegian, most lectures will be in Norwegian.

The number of lecture hours will be approx. 42 (3 per week on average).

	Time		Topic	Literature
	2F		Introduction, Combustion technology, Flame types, laminar and turbulent	E:Ch.1 T:Ch.1
	2F		Mass, heat and momentum transfer	E: Ch1
	2F		Turbulence, reactions, modeling	E: Ch.1-2
	2F		Turbulence modeling	E: Ch.2 -3
	2F		Turbulence models, k-ε model; Some simple flows, Boundary-layer flows	E: Ch.(3-)4
	2F		Boundary-layer flows; Energy and mass transfer	E: Ch.4-5
	2F		Energy and mass transfer; thermal boundary layers	E:Ch. 5
	2F		Chemical kinetics (Reactors and systems - mainly self study)	T:Ch.4-5 T:Ch. 6
	2F		Chemical kinetics Laminar flames, premixed	T: Ch.4-5 T:Ch.8
			Laboratory excercise in groups, non-premixed flames (Norsk oppgavetekst ) , (English text)
	2F		Laminar flames, non-premixed; premixed	T:Ch.9-8
	2F		Laminar flames, premixed Energy transfer in turbulent flow	T: Ch.9 E:Ch.8
	2F		Energy transfer in turbulent flow	E: Ch.8
	2F		Length scales, simulation, simple estimates; Turbulent combustion	E: Ch.9
	2F		Turbulent combustion	E: Ch.10
	2F		Turbulent combustion	E: Ch.10
			Laboratory excercise in groups, premixed combustion, flammability limit
	3-4F		Turbulent combustion, Eddy Dissiption Concept	E: Ch.11
	2F		Pollutant emissions from combustion	T:Ch.15
	1-2F		Summary and round off; questions and answers	all
			(day before exam): questions from students	any

Literature: "T" - Turns; "E"- Ertesvåg;