4) In the Galileo-Navier-Rankine strength criterion the limit on the material strength is given by: a) the maximum shearing stress; b) the maximum and minimum normal stress; c) the density of the strain energy. 5) The Huber-Hencky-Von Mises strength criterion: a) is always more conservative than Tresca criterion; b) is more complicated to implement numerically than the Tresca criterion; c) in the principal stress space the domain is a cylinder. 6) The Poisson's ratio v: a) is one of the 3 parameters on which linearly elasticity of a body depends; b) if equal to 0.5 can be proper of an icompressible material; c) is the ratio between the dilation in the loading direction and the dilations in the direction orthogonal to the load.
4) In the Galileo-Navier-Rankine strength criterion the limit on the material strength is given by: a) the maximum shearing stress; b) the maximum and minimum normal stress; c) the density of the strain energy. 5) The Huber-Hencky-Von Mises strength criterion: a) is always more conservative than Tresca criterion; b) is more complicated to implement numerically than the Tresca criterion; c) in the principal stress space the domain is a cylinder. 6) The Poisson's ratio v: a) is one of the 3 parameters on which linearly elasticity of a body depends; b) if equal to 0.5 can be proper of an icompressible material; c) is the ratio between the dilation in the loading direction and the dilations in the direction orthogonal to the load.
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Transcribed Image Text:4) In the Galileo-Navier-Rankine strength criterion the limit on the material strength is given by:
a) the maximum shearing stress;
b) the maximum and minimum normal stress;
c) the density of the strain energy.
5) The Huber-Hencky-Von Mises strength criterion:
a) is always more conservative than Tresca criterion;
b) is more complicated to implement numerically than the Tresca criterion;
c) in the principal stress space the domain is a cylinder.
6) The Poisson's ratio v:
a) is one of the 3 parameters on which linearly elasticity of a body depends;
b) if equal to 0.5 can be proper of an icompressible material;
c) is the ratio between the dilation in the loading direction and the dilations in the direction orthogonal
to the load.
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