XC Engineering Srl is an engineering society active since 2002 in the field of numerical calculation and virtual simulations. It … Read more...
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The presence of the shot sleeve in a high pressure die-casting process simulation is an element that is sometimes neglected but of fundamental importance, both from the thermal point of view and in order to accurately detect gas defects. This interesting work shows a possible approach for setting the optimal filling curve using FLOW-3D CAST and IMPROVEit, comparing the results with analytical formulations.
Minimizing air entrainment in shot sleeve
xceng.com
M. Barkhudarov, Flow Science Inc., Santa Fe, New Mexico; S. Mascetti, XC Engineering, Italy; R. Pirovano, XC Engineering, Italy Abstract High pressure die casting is one of the most complex process…IMPROVEit - Make optimization easy
Our brand new website is online: visit it to discover more about how to optimize your product in a simple, fast and efficient way.
IMPROVEit – make optimization easy
improveit-software.com
IMPROVEit is an optimization software developed to increase performance of design space exploration; it automated workflow connecting any CAE-based software thanks to a process integration. In this way IMPROVEit get the best solution faster. IMPROVEit is used in many industries to optimize products.Among the numerical challenges facing foundry process simulation software, one of the biggest is to accurately and effectively simulate the smallest air bubbles that remain embedded within the metal. A new numerical model is available in FLOW-3D CAST to precisely capture these defects, successfully validated against experimental evidence.
A new frontier in the simulation of gas defects
xceng.com
Thanks to their high reliability, efficiency and precision, process simulation software is increasingly used on a daily basis: many of the defects commonly found in foundry parts are already succes…An amazing agreement with experiment for FLOW-3D in hydraulics field. Great job!
John Wendelbo on LinkedIn: "a) look to the last image on the video and pause to look at those red dots :) - thanks Anurag Chandorkar and Brian Fox b) yes you should come to a workshop! plenty to learn in one day and get your hands on a license:...
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Additive Manufacturing is revolutionizing aerospace design and manufacturing, and powder bed fusion (PBF) is the current leader among different AM processes for making quality metal aerospace hardware. Certain typical AM flaws, such as voids and porosity, can be characterized using common existing methods, but other more specific flaws are unique to PBF and new or better detection methods are needed. FLOW-3D is able to simulate the details of a PBF process, anticipating the defects and allowing engineers to calibrate at best every factor affecting the final result. AS example, the following case study shows how balling defects can be predicted with a microfluidic simulation: bit.ly/2te7kx4
xceng.com
Questo articolo è stato realizzato da Y.S. Lee [1,2] e W. Zhang [1] [1] Programma di ingegneria della saldatura, Dipartimento di Scienza dei Materiali e Ingegneria, Ohio State University, Columbus,…
