Static analysis of a hanging plate

Objective: To find the nodal displacement, stress in each material and reaction force at the support for the plate shown below. Consider the self weight of the plate in addition to the load P = 444.82 N.(Material property: E = 206.842 GPa, ν = 0.3, ρ = 7850 kg/m3)

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Free vibration analysis of a system consisting of beam, spring and mass elements

Perform free vibration analysis of the system shown in Figure 1. The system contains a cantilever beam whose free end is attached to two springs one in axial direction and other in transverse direction. A mass of 3.5 kg is attached to the middle of the beam.

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Static analysis of a simply supported beam with uniformly distributed load

Objective: To find the deflection, stress, strain, shear force and bending moment diagram of simply supported beam with uniformly distributed load and point load as shown in Figure

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Free vibration analysis of a composite rectangular plate

Objective: Compute the first 20 eigen values of a three layer composite plate shown in Figure 1 of lamina thickness 1/2/1, lamina angle 00/900/00 for the given material property.

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Buckling analysis of cylindrical shell

Objective: Extract 10 critical load factors for the cylindrical model shown in the figure.

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Heat transfer analysis of rectangular plate with specified temperature

Objective: Find the temperature distribution on a rectangular plate

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Heat transfer analysis of axi-symmetric plate with convective and radiative BC

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Transient response analysis of a simply supported rectangular plate

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Heat transfer analysis of a cuboid with specified temperature and heat generation BC

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Transient heat transfer analysis of a cube with varying boundary condition

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