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Finite Element Analysis

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Evaluate the stiffness matrix for the CST element shown below. Co-ordinates are given in mm. Assume plane stress condition. Thickness 10mm, E = 200 GPa nd v = 0.3
finite element analysis updated 4.0 years ago by prashantsaini • 0
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For the fluid flow network shown in fig. Determine pressure at nodes and flow rates in pipe.
finite element analysis updated 4.0 years ago by prashantsaini • 0
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What are the advantage and the disadvantage of finite element method based on Galerkin approach
finite element analysis updated 2.1 years ago by DevarenjiniP • 3.1k
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find the natural frequency of axial vibrations of a bar of uniform cross section of 20 $mm^2$ and length 1 m. Take, E =- 2 $\times 10^5 N/mm^2$ and p = 8000$ kg/m^3$.Consider two linear elements.
finite element analysis updated 4.0 years ago by teamques10 ★ 65k
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Determine the displacement at nodes by using the principal of minimum potential energy and Find the support reaction.
finite element analysis updated 4.0 years ago by prashantsaini • 0
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Determine the steady state temperature distribution in the cylinder.
finite element analysis updated 2.2 years ago by pedsangini276 • 4.7k
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Use Lagrange's linear shape function Using R-R method mapped over general element solve
finite element analysis updated 4.0 years ago by teamques10 ★ 65k
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Write short note on Skyline and banded matrix of storing data
finite element analysis updated 4.0 years ago by prashantsaini • 0
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Analyse the truss shown in fig.
finite element analysis updated 4.0 years ago by prashantsaini • 0
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Analysis the gain truss for nodal displacement element stresses and strain. Take $P_1 = 5KN, P_2 = 2KN, E = 180GPa, A = 6cm^2$ for all element
finite element analysis updated 4.0 years ago by prashantsaini • 0
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Using Direct Stiffness method determine the nodal displacements of stepped 10 bar shown in figure .Take, G = 100 GPa.
finite element analysis updated 4.0 years ago by teamques10 ★ 65k
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Using FEM, analyse the taper bar as shown in Fig. The cross sectional area to the left and right is equal to $80mm^2$ and $20mm^2$. Take length of bar is equal to 60mm. Take E= 210GPa
finite element analysis updated 4.0 years ago by prashantsaini • 0
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Find the displacement, stresses and strain in element of stepped bar as shown in fig. Take 200 GPa
finite element analysis updated 4.0 years ago by prashantsaini • 0
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Solve the following differential equation for obtaining temperaturedistribution over length of Fin
finite element analysis updated 4.0 years ago by prashantsaini • 0
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State different types of Boundary conditions
finite element analysis updated 17 months ago by sagarkolekar ★ 11k
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The governing differential equation for steady state one dimensional conduction heat transfer with internal heat generation is given
finite element analysis updated 4.0 years ago by prashantsaini • 0
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Solve it by using Rayleigh Ritz method for two linear element
finite element analysis updated 4.0 years ago by prashantsaini • 0
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Solve the following differential equation
finite element analysis updated 4.0 years ago by prashantsaini • 0
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Explain characteristics of shape function
finite element analysis updated 4.0 years ago by prashantsaini • 0
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Write short note on principal of minimum potential energy.
finite element analysis updated 4.0 years ago by prashantsaini • 0
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Explain sources of error in FEM.
finite element analysis updated 4.0 years ago by prashantsaini • 0
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Solve the following differential equation using Galerkin Method. Compare the answer with exact solution at x = 4 and x = 5
finite element analysis updated 4.0 years ago by prashantsaini • 0
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Solve the following differential equation using Galerkin Method
finite element analysis updated 4.0 years ago by prashantsaini • 0
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Solve the following differential equation by Galerkin Method
finite element analysis updated 4.0 years ago by prashantsaini • 0
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Explain the application of FEA in various fields.
finite element analysis updated 4.0 years ago by prashantsaini • 0
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