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Modal analysis and 3D printing, how plate theory (Kirchhoff-Love ) helps 3D printing!
Introduction Cantilever and constrained plates and beams have been employed for analyses of the mechanical properties and have proven to...
Koohyar Pooladvand
Oct 3, 20216 min read
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How can an object as simple as a cantilever beam be used for process map investigation?
Introduction: Cantilever and constrained plates and beams have also been employed elsewhere for analyses of the mechanical properties and...
Koohyar Pooladvand
Aug 14, 20215 min read
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How non-invasively measure residual stresses in thin 3D printed objects in MEMS
Introduction The cantilever deflection method has been used to estimate the residual stresses in thin-film specimens; this method draws...
Koohyar Pooladvand
Aug 14, 20213 min read
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Thermal sensitivity analyses. How a 1-D analytical solution can help you understand 3D printing!
in FDM 3D printing temperature signature and evolution are some of the main contributors to bonding, which eventually defines shape,...
Koohyar Pooladvand
Jul 17, 20215 min read
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1D transient thermal in AM, how to write a code in MATLAB(R) to solve the PDE for Fourier's law?
The complexity of layer-by-layer modeling of AM is evident in the consolidation of many thermo-mechanical cycles. Inevitable present of...
Koohyar Pooladvand
Jul 5, 20218 min read
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How to solve a 1D and 2D transient thermal problem in 3D printing technologies like FDM?
Analytical and computational analyses of FDM processes Thermal analysis framework To create a realistic model of the FDM process that...
Koohyar Pooladvand
May 29, 20218 min read
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How to Employ Finite Element Method (FEM) for FDM 3D printing
Numerical modeling is a powerful tool to predict and optimize processes for 3D printing. The computational model is complex and...
Koohyar Pooladvand
Apr 4, 20216 min read
124 views
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