Sentences with IRROTATIONAL
Check out our example sentences below to help you understand the context.Sentences
1
"The fluid flow around the airfoil is irrotational."
2
"In an irrotational flow, the fluid particles move along smooth paths called streamlines."
3
"The irrotational component of the velocity field can be derived from a velocity potential function."
4
"For an irrotational flow, the circulation around a closed loop is always zero."
5
"In aerodynamics, irrotational flow is often assumed for simplification in mathematical modeling."
6
"The fluid flow near the boundary was found to be mostly irrotational."
7
"In an irrotational flow, the pressure variation agrees with Bernoulli's equation."
8
"The velocity distribution of the irrotational component is symmetric about the centerline."
9
"The vortexes in the fluid flow break the assumption of irrotationality."
1
"The fluid flow is irrotational, meaning the curl of the velocity vector is zero."
2
"An irrotational field is a vector field in which the curl is identically zero."
3
"According to Bernoulli's equation, an irrotational flow has a constant pressure along a streamline."
4
"The velocity potential is a scalar field that describes an irrotational flow."
5
"An irrotational electric field has a potential associated with it."
6
"In fluid mechanics, a two-dimensional flow can sometimes be assumed as irrotational."
7
"An irrotational magnetic field can be represented by a scalar magnetic potential."
8
"An irrotational rotor field has zero circulation around any closed loop."
9
"The streamlines in an irrotational flow cannot intersect each other."
10
"An irrotational vector field is conservative."
11
"The fluid motion outside the boundary layer is often assumed to be irrotational."
12
"In some cases, the flow around airfoils can be assumed as irrotational."
13
"For an irrotational flow, the vorticity is zero everywhere."
14
"An irrotational wave has a potential function associated with it."
15
"In electromagnetism, an irrotational electric field satisfies the Laplace's equation."
16
"The velocity of an irrotational flow can be determined from its velocity potential."
17
"The fluid flow in ideal fluids is assumed to be irrotational."
18
"An irrotational velocity field has zero circulation around any closed curve."
19
"In fluid dynamics, an irrotational flow is often used to model potential flow."
20
"An irrotational vector field has a vanishing curl at every point."
