Streamline flow is a fluid's smooth flow with a velocity less than a critical velocity. Turbulent flow is uneven, unstable, and exceeds the fluid's critical velocity. Here are some other differences between streamline and turbulent flow: Examples: Blood flow in veins, water coming out from a tap, and smoke coming out from a cigarette are examples of streamline flow. Fluid layers: In turbulent flow, the fluid layers tend to cross each other and never move parallel to each other. Velocity and direction: In streamline flow, the velocity and direction of the fluid at any point remain... Show more Streamline flow is a fluid's smooth flow with a velocity less than a critical velocity. Turbulent flow is uneven, unstable, and exceeds the fluid's critical velocity. Here are some other differences between streamline and turbulent flow: Examples: Blood flow in veins, water coming out from a tap, and smoke coming out from a cigarette are examples of streamline flow. Fluid layers: In turbulent flow, the fluid layers tend to cross each other and never move parallel to each other. Velocity and direction: In streamline flow, the velocity and direction of the fluid at any point remain constant over time. In a turbulent flow, there are irregular fluctuations in velocity, pressure, and direction. Velocity and Reynolds numbers: Streamline flow is more common at lower velocities and low Reynolds numbers. Turbulent flow is prevalent at higher velocities and high Reynolds numbers. Related Test: Engineering Physics Practice Test: Mechanical Properties of Solids Show less
Streamline flow is a fluid's smooth flow with a velocity less than a critical velocity. Turbulent flow is uneven, unstable, and exceeds the fluid's critical velocity.
Here are some other differences between streamline and turbulent flow: Examples: Blood flow in veins, water coming out from a tap, and smoke coming out from a cigarette are examples of streamline flow. Fluid layers: In turbulent flow, the fluid layers tend to cross each other and never move parallel to each other. Velocity and direction: In streamline flow, the velocity and direction of the fluid at any point remain constant over time. In a turbulent flow, there are irregular fluctuations in velocity, pressure, and direction. Velocity and Reynolds numbers: Streamline flow is more common at lower velocities and low Reynolds numbers. Turbulent flow is prevalent at higher velocities and high Reynolds numbers.
Related Test: Engineering Physics Practice Test: Mechanical Properties of Solids
Join 4M+ learners. Unlock unlimited quizzes, wrong-answer tracking, flashcards + reminders, study guides, and 1-on-1 challenges.