Dinamica dei gas rarefatti [electronic resource] : Lectures given at a Summer School of the Centro Internazionale Matematico Estivo (C.I.M.E.) held in Varenna (Como), Italy, August 21-29, 1964 /
Centro internazionale matematico estivo.
Ferrari, C.editor.
C. Ferrari: Premessa.- M.S.v. Krzywoblocki: The mathematical aspects of rarefied gas dynamics as applied to hypersonic, reentry and magneto-ggas-dynamics.- J. Kampé de Fériet: La théorie de l´information et la mécanique statistique classique des systèmes en équilibre.- M. Lunc: Equations de transport.- I. Estermann: 1. Applications of molecular beams to problems in rarefied gas dynamics. 2. Experimental methods in rarefied gas dynamics.- S. Nocilla: Sull´integrazione tra flussi di molecole libere e superfici rigide.- F. Sernagiotto: Solution of Rayleigh’s problem for the whole range of Knudsen numbers.- G. Tironi: Linearized Rayleigh’s Problem in magnetogasdynamics.- D. Graffi: Alcuni richiami sulla ionosfera.- C. Agostinelli: Le equazioni delle onde d’urto in un gas rarefatto elettricamente conduttore soggetto a un campo magnetico.
"Reprint of the 1st ed. C.I.M.E., Ed. Cremonese, Roma, 1965."
Reprint. Originally published: Roma : C.I.M.E., 1965.
Includes bibliographical references.
C. Ferrari: Premessa -- M.S.v. Krzywoblocki: The mathematical aspects of rarefied gas dynamics as applied to hypersonic, reentry and magneto-ggas-dynamics -- J. Kampé de Fériet: La théorie de l´information et la mécanique statistique classique des systèmes en équilibre -- M. Lunc: Equations de transport -- I. Estermann: 1. Applications of molecular beams to problems in rarefied gas dynamics. 2. Experimental methods in rarefied gas dynamics -- S. Nocilla: Sull´integrazione tra flussi di molecole libere e superfici rigide -- F. Sernagiotto: Solution of Rayleigh’s problem for the whole range of Knudsen numbers -- G. Tironi: Linearized Rayleigh’s Problem in magnetogasdynamics -- D. Graffi: Alcuni richiami sulla ionosfera -- C. Agostinelli: Le equazioni delle onde d’urto in un gas rarefatto elettricamente conduttore soggetto a un campo magnetico.
C. Ferrari: Premessa.- M.S.v. Krzywoblocki: The mathematical aspects of rarefied gas dynamics as applied to hypersonic, reentry and magneto-ggas-dynamics.- J. Kampé de Fériet: La théorie de l´information et la mécanique statistique classique des systèmes en équilibre.- M. Lunc: Equations de transport.- I. Estermann: 1. Applications of molecular beams to problems in rarefied gas dynamics. 2. Experimental methods in rarefied gas dynamics.- S. Nocilla: Sull´integrazione tra flussi di molecole libere e superfici rigide.- F. Sernagiotto: Solution of Rayleigh’s problem for the whole range of Knudsen numbers.- G. Tironi: Linearized Rayleigh’s Problem in magnetogasdynamics.- D. Graffi: Alcuni richiami sulla ionosfera.- C. Agostinelli: Le equazioni delle onde d’urto in un gas rarefatto elettricamente conduttore soggetto a un campo magnetico.
Partial differential equations.
Mechanics.
Mechanics, Applied.
Thermodynamics.
Partial Differential Equations.
Solid Mechanics.
Thermodynamics.