ThermoPlastic composites Research Center (TPRC)’s Post

How can sustainability efforts be supported through simulation and additive manufacturing (AM)? Requiring minimal natural resources to produce, AM simulation can reduce the waste associated with physical prototyping. Additionally, simulation can enrich AM with topology optimization algorithms that use mathematical techniques. Discover the ways simulation can enhance AM by addressing geometry and physics complexity with layered tetrahedral mesh.

Using Moldex3D iSLM to Conduct Automatic Simulation Workflow for IC Packaging Through the simplified and standardized modeling process, the IC encapsulation simulation analysis in Moldex3D iSLM helps eliminate repetitive tasks and reduce manpower costs. Additionally, by automating the construction of meshes and other data, as well as scheduling each analysis process, it not only saves operational time but also highlights the value of mold flow analysis and the CAE team. Read More: https://reurl.cc/QRk0g0 2024 Moldex3D IC Packaging Technology International Conference: https://reurl.cc/LWV09a #Moldex3D #iSLM #simulation #CAE #IC #ICpackaging #encapsulation

Understanding material behavior during additive manufacturing is crucial for Design for Additive Manufacturing (DfAM) research. Our numerical simulation research at micro, meso, and macro levels, for Laser Powder Bed Fusion (LBPF) and Direct Energy Deposition (DED) processes improved our understanding on the complex material behaviors in additive manufacturing processes. This post highlights our efforts on the numerical simulation field. At the micro-scale level, Xiaoyi Guan developed a numerical model to simulate the behavior of coaxial powder stream and its interaction with the laser beam in the DED process. At the meso-scale, Dr. Jinghao Li developed machine-learning enabled deterministic modeling of solidification microstructure formation in Ti6Al4V fabricated in DED process. At the macro-scale, Dr. Zhibo Luo developed a part-level temperature field simulation model for the LPBF process. The implementation of this simulation model, called SimuLPBF, can be downloaded from the following link. This tool can help researchers understand material thermo-mechanical behavior in the LPBF process. #additivemanufacturing #simulationresearch #designforadditivemanufacturing #LPBF #DED #researchtools https://lnkd.in/e2hmXgJe

This post highlights our numerical simulation research efforts at micro, meso, and macro levels, for Laser Powder Bed Fusion (LBPF) and Direct Energy Deposition (DED) additive manufacturing processes. these efforts improved our understanding on the complex material behaviors in additive manufacturing processes. At the micro-scale level, Xiaoyi Guan developed a numerical model to simulate the behavior of coaxial powder stream and its interaction with the laser beam in the DED process. At the meso-scale, Dr. Jinghao Li developed machine-learning enabled deterministic modeling of solidification microstructure formation in Ti6Al4V fabricated in DED process. At the macro-scale, Dr. Zhibo Luo developed a part-level temperature field simulation model for the LPBF process which is implemented as a simulation tool called SimuLPBF. It can be downloaded from the following link. This tool can help researchers understand material thermo-mechanical behavior in the LPBF process. #NumericalSimulation, #DfAM, #AdditiveManufacturing https://lnkd.in/er-kmWW6 https://lnkd.in/epB4q6xJ

Are you facing challenges in molding extreme designs of optical products? Dive into our comprehensive simulation guide crafted by Philip Chang, Principal Engineer at CoreTech System (Moldex3D). Discover how to predict and tackle defects like jetting, air traps, sink marks, and voids through multi-layer injection molding. Learn how Moldex3D supports predicting flow-induced and thermally-induced residual stress, ensuring accurate optics analysis for multi-component molding. Unravel the secrets of: -Preparing models and simulation runs for the first and second shots -Analyzing computation parameters to estimate residual stresses -Setting up optics analysis to consider molding effects -Conducting Plane Polariscope analysis for in-depth insights With this guide, you'll empower your manufacturing process with cutting-edge simulation techniques, enhancing product quality and efficiency. see the article for details:https://lnkd.in/gJub9kPP #Moldex3D #OpticsSimulation #ManufacturingExcellence #InjectionMolding #EngineeringInsights

Additive manufacturing applications using FLOW-3D AM have long history of success in industrial and research projects. #arabworld #cfd #additive_manufacturing #flow3d #elrefay

Attention Additive Manufacturing #AM applications professionals! It's our pleasure to share with you the last simulation model by FLOW-3D AM software as "Particles Spreading Over The LPBF Machine Bed": This is the second video in the LPBD series. Here, we see the blade spreading the particles over the machine's bed before laser activation. Stay tuned for part three of the series. #flow3d #additive #LPBF #manfacturing #AM #velocity #powder #particle #elrefay #dropping #bed

exiting news and webinar coming for our network in metal Additive Manufacturing!

It's our pleasure to share with you the last simulation model by FLOW-3D AM software as "Particles Spreading Over The LPBF Machine Bed": This is the second video in the LPBD series. Here, we see the blade spreading the particles over the machine's bed before laser activation. Stay tuned for part three of the series. #flow3d #additive #LPBF #manfacturing #AM #velocity #powder #particle #elrefay #dropping #bed