1. Reference problem#

1.1. Geometry#

Y,

V

B

D

Pressure po

C1

O

h = 10

C

x,

U

B1

hr

A

1.2. Material properties#

Thermal conductivity: \(\lambda =1\)

Young’s module:

_images/Object_2.svg

, \(T=\mathrm{température}\)

Poisson’s ratio:

_images/Object_3.svg

1.3. Boundary conditions and loads#

1.3.1. Thermal#

\(T(0)=40\)

_images/Object_4.svg

On edge \(x=h/2\)

_images/Object_5.svg

On edge \(x=-h/2\)

_images/Object_6.svg

On edge \(y=h/2\)

_images/Object_7.svg

On edge \(y=-h/2\)

1.3.2. Mechanics#

Point \(O\) stuck (\(u=v=0\))

Next move \(x\) stuck in \(B\)

Uniform pressure \(\mathrm{po}\) normally exerted on the contour: \(\mathrm{po}=1\).