Laminar flow is the free-flowing blood in the middle of the vessel. Therefore, larger the radius of vessel, more the laminar flow. Smaller the radius of vessel, lesss the laminar flow. Laminar flow is directly reltated to the radius of a vessel.
Less because viscosity weigh in less.
Radius
Bernoulli was the first guy to study it some 250 years back - laminar fluid flow that is.
incompressible fluid laminar viscous flow non reactive fluid single phase
An air plane wing or anything that reduces drag like an arrow,dart, or even fish. Other examples could be the fins of dolphins, blood through arteries, water in a tube. Just remember that laminar flow is flow in which the fluid flows smoothly without much resistance. The fluid pretty much travels in straight or almost straight lines.
In laminar flow, air resistance is proportional to velocity of the body whereas in turbulent flow, air resistance is proportional to (velocity)2.
In the field of fluid dynamics the point at which the boundary layer changes from laminar to turbulent is called the transition point.
In the field of fluid dynamics the point at which the boundary layer changes from laminar to turbulent is called the transition point.
Radius
Laminar flow is commonly characterized in terms of viscosity of fluid because of the nature of the phenomenon. Laminar flow typically describes how layers of fluid slide across each other without mixing. The air between the layers is the origin of the viscosity.
Bernoulli was the first guy to study it some 250 years back - laminar fluid flow that is.
Disadvantage: It takes energy to move the fluid. Advantage: It helps boats move since there aren't any waves.
incompressible fluid laminar viscous flow non reactive fluid single phase
incompressible fluid laminar viscous flow non reactive fluid single phase
The relationship between radius and fluid flow rate is inversely proportional. As radius goes down, fluid flow rate goes up. The highest fluid flow rate will be at the lowest radius.
colour is a physical property that has no effect on the rate of dissolving
Reynolds number tells you what the flow is doing. A Reynolds number of 0-2000 is laminar flow 2000-4000 is the transition (where both laminar and turbulent flow is possible) 4000+ is fully turbulent flow
Dean B Tuft has written: 'Calculation of laminar incompressible fluid flow and heat transfer during spherical annulus filling' -- subject(s): Transmission, Mathematical models, Heat, Laminar flow, Sphere