Fundamentals of hydro- and aeromechanics /
Tietjens, O. G.
Fundamentals of hydro- and aeromechanics / O. G. Tietjens ; based on lectures of L. Prandtl ; translated by L. Rosenhead. - 1st ed. - New York, N.Y. : Dover , 1957 - 270 p. , il. byn
La obra está organizada en tres partes: 1) The statics of liquids and gases; 2) Kinematic of liquids and gases; 3) The dynamics of non-viscous fluids. Índice alfabético p. 267-270.
Equilibrium and stability. Application of the pressure equation to permanent gases, stability of air mass. Static lift on gas-filled aircraft. Surface tension.
Methods of description. Geometry of the vector field. Acceleration of a fluid particle. Equation of continuity.
The eulerian equation and its integration along a streamline. Potential motion. Two dimensional potential motion. Vortex motion. The influence of compressibility. The equation of Navier-Stokes for viscous fluids.
486603741
AERODINÁMICA
ESTABILIDAD
HIDRODINÁMICA
MECÁNICA DE FLUÍDOS
NAVIER-STOKES, ECUACIONES DE
629.73.015=111 TIE
Fundamentals of hydro- and aeromechanics / O. G. Tietjens ; based on lectures of L. Prandtl ; translated by L. Rosenhead. - 1st ed. - New York, N.Y. : Dover , 1957 - 270 p. , il. byn
La obra está organizada en tres partes: 1) The statics of liquids and gases; 2) Kinematic of liquids and gases; 3) The dynamics of non-viscous fluids. Índice alfabético p. 267-270.
Equilibrium and stability. Application of the pressure equation to permanent gases, stability of air mass. Static lift on gas-filled aircraft. Surface tension.
Methods of description. Geometry of the vector field. Acceleration of a fluid particle. Equation of continuity.
The eulerian equation and its integration along a streamline. Potential motion. Two dimensional potential motion. Vortex motion. The influence of compressibility. The equation of Navier-Stokes for viscous fluids.
486603741
AERODINÁMICA
ESTABILIDAD
HIDRODINÁMICA
MECÁNICA DE FLUÍDOS
NAVIER-STOKES, ECUACIONES DE
629.73.015=111 TIE