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ProblemsClear skill: Conservation Scaling Build a practice set

ProblemCourse & topicStatus

TRAN:9912001Mathematical problem title

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912002Two infinite parallel plates are separated by a 4.00 mm layer of an incompressible Newtonian liquid with viscosity…

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912003Mathematical problem title

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912004A cylindrical journal of radius 49.5 mm rotates concentrically inside a fixed bearing of radius 50.0 mm and length…

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912005Mathematical problem title

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912006Mathematical problem title

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912007Mathematical problem title

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912008Mathematical problem title

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912009Mathematical problem title

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912010Mathematical problem title

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912011Mathematical problem title

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912012Mathematical problem title

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912013Mathematical problem title

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912014Mathematical problem title

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912015Mathematical problem title

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912016Mathematical problem title

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912017Mathematical problem title

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912018Mathematical problem title

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912019A cold planar sheet is placed in a steady two-dimensional stagnation flow of air whose external velocity is…

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912020Mathematical problem title

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912021Saturated steam at 180 degrees C flows through a long steel pipe having an inner radius of 22 mm and an outer…

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912022A straight rectangular aluminum fin is attached to a wall maintained at 160 degrees C and extends 60 mm into air…

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912023A cylindrical stainless-steel pin fin of diameter 6.0 mm and length 45 mm projects from a surface at 210 degrees C…

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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TRAN:9912024A solid copper sphere of diameter 30 mm is initially at a uniform temperature of 240 degrees C and is suddenly…

Conservation ScalingTransport Phenomena Problem Solving

Local conservation laws, constitutive fluxes, and scalingTransport Phenomena · Calculation

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Showing 24 of 50 matching problems.

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A Newtonian oil of density 860

kg/m^3

and viscosity 0.145 Pa s flows steadily through a horizontal rectangular…

Water at 20 degrees C, with density 998

kg/m^3

and viscosity 1.002 x

10^-3

Pa s, flows steadily down a straight…

A rigid sphere of diameter 0.80 mm and density 2550

kg/m^3

is released from rest in a large, quiescent tank…

Air at 25 degrees C, with density 1.184

kg/m^3

and viscosity 1.85 x

10^-5

Pa s, flows at 12.0 m/s past a fixed…

A Newtonian liquid of density 920

kg/m^3

and viscosity 0.185 Pa s forms a steady laminar film flowing down a…

A Newtonian liquid film of density 1050

kg/m^3

and viscosity 0.095 Pa s drains steadily down a flat plate inclined…

A viscous Newtonian liquid of density 1120

kg/m^3

and viscosity 0.340 Pa s coats the outside of a stationary…

An incompressible Newtonian liquid of density 980

kg/m^3

and viscosity 0.060 Pa s flows steadily between two fixed,…

A Newtonian oil film flows steadily down a rigid plane inclined at

(35.0^\circ)

above the horizontal.

Water flows steadily through a horizontal circular microtube of radius (R=60.0\

\mathrm{{\mu}m})

and length…

A Newtonian liquid fills the annular gap between two vertical, coaxial cylinders of radii (R_i=24.0\

\mathrm{mm})

…

A plane slider bearing has width (B=80.0\

\mathrm{mm})

perpendicular to the direction of motion and length…

Two parallel circular disks of radius (a=75.0\

\mathrm{mm})

squeeze a Newtonian silicone oil film.

Air at

(20^\circ\mathrm{C})

flows at (U_\infty=12.0\

\mathrm{m\,s^{-1}})

over a smooth flat plate of length…

An incompressible liquid approaches a porous flat surface with an accelerating external velocity

(U_e(x)=Kx^{1/3})

,…

A two-dimensional inviscid stagnation flow with strain rate (a=38.0\

\mathrm{s^{-1}})

approaches a plane wall at…

A plane catalyst slab of thickness 24 mm generates heat uniformly at 6.0 x

10^5

W

m^-3

.