Flows, Particles, Combustion and Environment (FPCE-PUCP)
Diplomatura de Especialización en CFD 2026-01

Objetivo: Formar profesionales especializados en modelamiento numérico basado en CFD capaces de modelar flujos de fluidos presentes en diversas aplicaciones de interés práctico. Al finalizar la referida diplomatura, el egresado será capaz de utilizar diversas herramientas computacionales, (i)...
Modeling shock-turbulence-chemistry interactions

Goal: Both to increase fuel efficiency and to reduce operating costs and pollutant emissions, continuous design improvements in combustion systems need to be introduced. Conventional propulsion systems utilized nowadays mostly rely on deflagration processes and several variants of the...
Research opportunities available...!

Undergraduate and graduate students (MSc and DSc levels) are required for research project titled "Experimental and numerical characterization of interactions between shock waves and turbulence in compressible fluid flows based on the use of optical measurement techniques...
Characterization of shock waves and turbulence interactions

The advantages of detonation cycles involving supersonic combustion have been recognized for several decades. However, these cycles, which are more efficient than those currently used in commercial applications (based on subsonic combustion and several variants of the constant-pressure...