| ANALYSIS MODULE | |
The JL Analyzer is capable of performing Finite Element Analysis on a various problems.
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 The static analysis of a structure includes displacements and stresses. The JL Analyzer supports 2D plane, 3D shell, solid, beams and truss elements. Advanced features such as stiffening effect and pre-displaced effect for pre-loading problem, gap/contact, and soft spring are available. 
Download Product Brochure for further details. |
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| B. Frequency Analysis Engine | |
 The frequency Analysis deals with the natural frequency eigenvalues and mode shapes of the structure. The JL Analyzer uses the Subspace Iteration Method for the frequency calculation.
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| C. Buckling Analysis Engine | |
 The buckling Analysis engine deals with the critical load calculation and its mode shapes under certain loading conditions. The JL Analyzer uses the Direct Iteration Method for buckling analysis.
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| D. Dynamic Analysis Engine (Displacement & Stress) | |
 The Dynamic Analysis engine provides solutions for dynamic problems. It is solved by the direct integration method in the time domain..
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| E. Dynamic Spectrum Engine | |
 The capability of performing response spectrum analysis of linear structure subjecting to base motion is available in the JL Analyzer. The normal mode method is used to transform the problem into uncoupled modal coordinates. Then the maximum modal responses are determined from the input response spectrum and the structure response is found by summing the contribution of each mode.
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| F. Thermal Analysis Engine | |
 The Thermal Analysis Engine is an efficient tool for evaluating the geometry under thermal boundary conditions. The JL Analyzer offers a comprehensive selection of the types of thermal boundary conditions that include temperature, nodal heat, heat flow, convection, radiation and heat generation. It offers both steady state and transient thermal analysis.
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| G. Electric Analysis Engine | |
 The Electric Analysis Engine gives solutions to complex electro-conductivity problem accurately and quickly. |
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| H. Seepage Analysis Engine | |
 The Seepage Analysis engine is a unique tool provided by the JL Analyzer. Boundary conditions such as Head, Nodal Flow, Recharge, Flow Generation can all be applied to the geometry with a click on the mouse. |
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| I. Non-Linear Analysis Engine | |
 The Non-Linear Static Analysis engine in the JL Analyzer deals with both geometry and material non-linearity . |
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During
the analysis mode, a monitor widow shows the status of ongoing calculations.
Once the calculations are
completed, you can view the solution.