Difference between revisions of "Stagnation point"
Created page with "Category:Physics == Explanation == A stagnation point is an arbitrary point on a surface of an object like an airfoil that is completely immersed in a fluid flow. At t..." |
m |
||
Line 1: | Line 1: | ||
[[Category:Physics]] | [[Category:Physics]] | ||
== Explanation == | == Explanation == | ||
− | A stagnation point is an arbitrary point on a surface of an object like an [[airfoil]] that is completely immersed in a fluid flow. At this point, the velocity of the fluid particles reaches zero due to the obstruction of the object. As per [[Bernoulli's principle]], the fluid would then have a maximum static pressure and zero local velocity at the stagnation point. The total pressure at this point is also called as a stagnation pressure. | + | A stagnation point is an arbitrary point on a surface of an object like an [[airfoil]] that is completely immersed in a fluid flow. At this point, the velocity of the fluid particles reaches zero due to the obstruction of the object. As per [[Bernoulli's principle]], the fluid would then have a maximum static pressure and zero local velocity at the stagnation point. The total pressure at this point is also called as a [[stagnation pressure]]. |
Latest revision as of 11:34, 13 November 2016
Explanationedit
A stagnation point is an arbitrary point on a surface of an object like an airfoil that is completely immersed in a fluid flow. At this point, the velocity of the fluid particles reaches zero due to the obstruction of the object. As per Bernoulli's principle, the fluid would then have a maximum static pressure and zero local velocity at the stagnation point. The total pressure at this point is also called as a stagnation pressure.