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ProblemsClear skill: Deformation Kinematics Build a practice set

ProblemCourse & topicStatus

CONT:9910001Mathematical problem title

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910002At a material point of a drawn polyimide film the deformation gradient, referred to an orthonormal Cartesian frame,…

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910003Mathematical problem title

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910004At a gage station in a crushed polymeric foam the deformation gradient has Cartesian matrix with rows [0.85,0.10,0]…

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910005Mathematical problem title

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910006Mathematical problem title

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910007Mathematical problem title

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910008Mathematical problem title

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910009Mathematical problem title

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910010Mathematical problem title

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910011A 9.00 mm HNBR pad undergoes the homogeneous, orientation-preserving deformation whose Cartesian matrix, referred…

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910012A 6.00 mm Santoprene sheet is given the homogeneous deformation…

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910013A 14.0 mm closed-cell PVC foam cube is deformed homogeneously by…

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910014Mathematical problem title

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910015A photogrammetry target originally at…

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910016Mathematical problem title

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910017A 5.00 mm PTFE coupon undergoes the homogeneous deformation…

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910018After a homogeneous deformation of a 4.00 mm PEEK strip with…

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910019Mathematical problem title

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910020Mathematical problem title

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910021At a material point in an Inconel 718 forging the Cauchy stress, referred to a fixed orthonormal frame…

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910022The Cauchy stress at a point in a duplex stainless weldment, in MPa, is…

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910023Mathematical problem title

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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CONT:9910024Mathematical problem title

Deformation KinematicsContinuum Mechanics Problem Solving

Motion, deformation gradients, strain, and transportContinuum Mechanics · Calculation

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Showing 24 of 50 matching problems.

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A nitrile gasket occupies the reference brick

0\le

X_1\le

50\,\mathrm{mm}

,

0\le

X_2\le

20\,\mathrm{mm}

,

0\le

…

A latex sheet in plane strain has the motion

x_1=1.15

X_1+0.30

X_2

,

x_2=0.90

X_2

,

x_3=X_3

, with all coordinates in…

A brass coupon undergoes the homogeneous deformation

x_1=1.25

X_1

,

x_2=0.15

X_1+0.80

X_2

,

x_3=X_3

, with…

In a laboratory mixing cell the steady Eulerian velocity (m/s; spatial coordinates in m) is

v_1=4.0

x_1-2.0

x_2

…

Oil in a parallel-plate viscometer has the spatial velocity field

\mathbf{v}=(0.80

y)\,\mathbf{e}_1-(0.30

…

A stirred cylindrical bath has the planar velocity

X_1

x_2=0.15

x_1)\,\mathbf{e}_1+(\Omega

…

A material region currently occupies the cube

0\le

x_1\le

0.050\,\mathrm{m}

,

0\le

x_2\le

0.050\,\mathrm{m}

,

0\le

…

A time-dependent homogeneous motion of a gelatin block is

x_1=(1+0.50

t)X_1+0.20

t

X_2

,

x_2=(1-0.10

t)X_2

,

x_3=X_3

,…

A

45.0\,\mathrm{mm}\times

30.0\,\mathrm{mm}

polycarbonate plaque occupies

0\le

X\le

0.050\,\mathrm{m}

,

0\le

Y\le

…

A 20.0 mm acetal cube occupies

0\le

X,Y,Z\le

20.0\,\mathrm{mm}

.

A 110 mm aluminum calibration bar occupies

|X|\le

55.0\,\mathrm{mm}

,

t)X_1+0.20

4.00\,\mathrm{mm}

,

|Z|\le

…

A 7.00 mm latex block is placed in homogeneous simple shear

x=X+\gamma

Y, y=Y, z=Z, with

\gamma=4/3

.

A thin 6063-T5 aluminum extrusion is in plane stress with in-plane Cauchy components

\sigma_x=72.0\,\mathrm{MPa}

…

At a material point in a

\beta

-titanium coupon the traction vectors on the three mutually perpendicular planes…