Research | SC Solutions

Temperature Control of Metal-Organic Chemical Vapor Disposition (MOCVD) Process

Oct 1, 2020

Physics-based MOCVD models are useful in many ways including model-based control, design of next-generation chambers, virtual sensing and process optimization. As a capability demonstration, SC Solutions has developed a finite element (FEM) model of a chamber shown...

Fluid Flow Modeling at SC Solutions: Multiphysics Modeling, a versatile tool in the engineer’s toolkit

Oct 1, 2020

The modeling team at SC Solutions has developed fluid flow models for a broad range of applications for more than two decades. These models have been developed primarily using the commercial finite element (FEM) modeling tool, COMSOL® Multiphysics, for which SC is a...

Improving Recovery in the Yates Field Using Dynamic Feedback Loop based on Physics-Informed Artificial Intelligence

Aug 24, 2020

Abstract We present a robust control system and methodology for physics-informed artificial intelligence (PAI) used to optimize and improve oil recovery, demonstrated in the Yates Field operated by the Kinder Morgan CO2 company. The system consists of a robust control...

Control Architecture Developed for DARPA’s Program on the Physics of Artificial Intelligence (PAI)

Aug 24, 2020 | Company, Control Engineering

SC Solutions and Neotek Energy, Inc. successfully completed a project for the DARPA-sponsored research program on the Physics of Artificial Intelligence (PAI). The team developed a novel concept referred to as a Dynamic Feedback Loop (DFL) to ‘bake in’ the physics of...

SC wins Army STTR Contract for a Software Tool for Verification & Validation of Quantum Systems

Mar 1, 2019 | Control Engineering

The SC Solutions team has won a Small Business Technology Transfer (STTR) Phase I funding from U.S. Army Research Laboratories to develop the necessary software to help commercialize a scalable software tool for validation and verification of quantum systems, such as...

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