KiSSAM Webinar Series
High-throughput multiphysics simulations of metallic powder bed fusion on the mesoscopic level: from melt pool dynamics to whole part morphology. Dive deeply into applications of KiSSAM to the real world challenges in metallic additive manufactury.
Mesoscopic simulation of laser powder bed fusion process in KiSSAM.
#2 Advanced description of the powder bed fusion process through multilayer modeling at the mesoscale with KiSSAM
Discover how multilayer simulations can enrich your understanding of the powder bed fusion process!
In this webinar, advanced techniques in multilayer simulations for Powder Bed Fusion (PBF) processes were explored, focusing on the automatic arrangement of simulations and the efficient integration of melt pool dynamics with powder spreading solver. The impact of melt pool behavior on the morphology of thin-walled multilayer parts was highlighted. The significance of layer-wise temperature history in PBF processes was discussed. Layer-by-layer changes in the chemical composition of PBF-processed alloys were examined. The formation and evolution of grain microstructure and grain growth in multilayer systems were analyzed. Please visit kissam.cloud for more details and free trial of KiSSAM.
#1 Introduction to KiSSAM: Applications and Benchmarks
Rethink the way you optimize Powder Bed Fusion process with a high-performance GPU-enabled multiphysics simulation
In this webinar, "Introduction to KiSSAM: Applications and Benchmarks," high-performance GPU-enabled multiphysics simulations for optimizing the Powder Bed Fusion (PBF) process were explored. Participants discovered how KiSSAM simulated melt pool dynamics, material microstructure, and part morphology at the mesoscopic level, providing accurate predictions of PBF material properties such as porosity, microstructure, and surface roughness. This event was an excellent opportunity to enhance understanding of advanced PBF techniques with high-fidelity simulations. If you are interested to try KiSSAM for free, please visit kissam.cloud or use the contact form below.
