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Summary Of: Shock wave

A shock wave travels through most media at a higher speed than an ordinary wave... the energy of a shock wave dissipates relatively quickly with distance... resulting from the degradation and merging of the shock wave and the expansion wave produced by the aircraft... When a shock wave passes through matter... in a shock wave cause by an impact... In a shock wave the properties of the fluid... a shock wave takes the form of a very sharp change in the gas properties on the order... Over longer distances a shock wave can change from a nonlinear wave into a linear wave... The shock wave is one of several different ways in which a gas in a... A shock wave compression results in a loss of total pressure... A shock wave may be described as the furthest point upstream of a moving object which... the shock wave position is defined as the boundary between the zone having no information about the shock... To get a shock wave something has to be travelling faster than the local speed of sound... a shock wave is very intense... Shock wave propogating into a stationary medium... Shock wave propogating into a stationary medium... Shock wave propogating into a stationary medium... with a shock wave propagating into the lower pressure gas... The attached shock wave is a classic structure in aerodynamics because... and the special case where the shock wave is at 90 degrees to the oncoming flow...

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Schlieren photograph of an attached shock on a sharp-nosed supersonic body. | | Schlieren photograph | wave | solid | liquid | gas | field | electromagnetic field | pressure | temperature | density | expansion fan | solitons | sonic boom | drag | Normal | Oblique | Bow | Pressure-time diagram at an external observation point for the case of a supersonic object propagating past the observer. The leading edge of the object causes a shock (left, in red) and the trailing edge of the object causes an expansion (right, in blue). | | density | pressure | temperature | velocity | Mach number | order of magnitude | mean free path | speed of sound | mean free paths | sonic boom | supersonic | supersonic | isentropic | Prandtl | scramjet | ocean waves | breakers | shore | sound waves | sound speed | temperature | pressure | solar | chromosphere | corona | light cone | general relativity | speed of light | refractive medium | vacuum | water | Cherenkov radiation | Shock wave propogating into a stationary medium, ahead of the fireball of an explosion. The shock is made visible by the shadow effect (Trinity explosion.) | | shadow effect | Moving shocks | Shock tube | Blast wave | detonation | Chapman-Jouguet | high explosives | TNT | detonation velocity | supersonic | velocity | Shadowgraph of the detached shock on a bullet in supersonic flight, published by Ernst Mach in 1887. | | Shadowgraph | Atmospheric reentry | bow shock | oblique shock | Bow shock | magnetosphere | bow wave | ocean surface wave | Recompression shock on a transonic flow airfoil, at and above critical Mach number. | | critical Mach number | ramjet | scramjet | Atmospheric focusing | Atmospheric reentry | Čerenkov radiation | Explosions | Hydraulic jump | Mach wave | Magnetopause | Moving shock | Oblique shock | Shocks and Discontinuities (MHD) | Sonic boom | undercompressive shock wave | Shock diamond | McGraw-Hill Science/Engineering/Math | ISBN 0-07-237335-0 | Categories | Fluid dynamics |
This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Shock wave".