معرفی
Wrichik Basu serves as a Researcher in the Department of Chemical Engineering within the College of Engineering. His work spans fluid dynamics in industrial processes and biomedical imaging applications, contributing to UN Sustainable Development Goals through sustainable engineering solutions.
His research focuses on fluid dynamics and electrical impedance tomography, with expertise in high-viscosity liquid mixing in stirred vessels and EIT-based lung ventilation monitoring. Key areas include computational modeling of multiphase flows, viscosity contrast analysis, and medical device development for critical care applications.
Recent publications reveal a strong trend in industrial chemical engineering (2023-2025) addressing viscosity-driven mixing challenges, and biomedical engineering (2018) developing EIT systems for lung protection. His work bridges fundamental fluid mechanics with clinical applications, emphasizing experimental validation and industrial scalability.
Collaborations include researchers from multiple institutions, with significant contributions to Chemical Engineering Science and Chemical Engineering Journal. His fingerprint shows deep engagement in Transients Engineering, Measurement Engineering, and Fluid Viscosity analysis.
