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Author

Moitra, Anutosh.

Title Application of a Runge-Kutta scheme for high-speed inviscid internal flows [electronic resource] / Anutosh Moitra, Eli Turkel, Ajay Kumar.

Imprint

Hampton, Va. : Institute for Computer Applications in Science and Engineering, NASA Langley Research Center Universities Space Research Association, [1986]

Connect to
Connect to https://permanent.fdlp.gov/gpo23768/19860011253-1986011253.pdf

Copies

Location	Call No.	OPAC Message	Status
Axe Federal Documents Online	NAS 1.26:178053	---	Available

Description	1 online resource (i, 24 p.) : ill.
Series	NASA contractor report ; 178053
	ICASE report ; no. 86-5
	NASA contractor report ; NASA CR-178053.
	ICASE report ; no. 86-5.
Note	Title from title screen (viewed on June 15, 2012).
	"January 1986."
Bibliography	Includes bibliographical references (p. 14).
Funding	Performed by Institute for Computer Applications in Science and Engineering under contract nos. NASl- 17070 and NASl-18l07
Subject	Computational fluid dynamics.
	Inviscid flow.
	Runge-Kutta method.
	Supersonic flow.
Added Author	Turkel, E.
	Kumar, Ajay.
	Institute for Computer Applications in Science and Engineering.
	Universities Space Research Association.
	Langley Research Center.
Other Form:	Print version: Institute for Computer Applications in Science and Engineering. 86-5. Application of a Runge-Kutta scheme for high-speed inviscid internal flows. (OCoLC)123320185
	Microfiche: Moitra, Anutosh. Application of a Runge-Kutta scheme for high-speed inviscid internal flows. (OCoLC)795581701
Gpo Item No.	0830-H-14 (online)
Sudoc No.	NAS 1.26:178053