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My Experience as a Scientific Software Development Intern at BIOVIA

Luis Reig, a scientific software development intern at BIOVIA, shares his experience in this video. He worked with his team for six months to combine Material Studio’s Phase Field simulations with Simulia’s tools to create a multi-scale and multi-physics digital approach to metal manufacturing.

Article

My Experience as a Scientific Software Development Intern at BIOVIA
Exploring the Atomic World of Chemical Vapour Deposition: Insights from Density Functional Theory

Chemical Vapour Deposition (CVD) is an essential technique for growing metallic films, and it has been around for over a century. Today, the range of applications for CVD has expanded to include electrical, optoelectronic, optical, mechanical, and chemical materials, among others. To understand the growth processes and improve product characteristics, researchers rely on quantum mechanical calculations, particularly density functional theory (DFT).

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Exploring the Atomic World of Chemical Vapour Deposition: Insights from Density Functional Theory
Part I Modeling the Titanic Data Set Using BIOVIA Pipeline Pilot

Explore how to use BIOVIA Pipeline Pilot to analyze the Titanic dataset, available on Kaggle.com Pipeline Pilot allows users to manage and analyze complex scientific data by integrating data from multiple sources and creating customized scientific workflows.

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Part I Modeling the Titanic Data Set Using BIOVIA Pipeline Pilot
Unlocking the Power of Sustainable Packaging, Recycle the Polymer Film Lid Part III

Plastic films used in food packaging are made of multiple layers of polymers, each with its unique properties. As a result, up to 40% of pristine film is discarded as industrial waste during the manufacturing process. However, researchers from the University of Wisconsin-Madison, Department of Energy, and Amcor Flexibles have developed a process called STRAP, which uses different solvent washes to dissolve and recover the pure polymers from the discarded film.

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Unlocking the Power of Sustainable Packaging, Recycle the Polymer Film Lid Part III

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