• Simulación CFD del comportamiento y dinámico de una partícula de Biomasa Lignocelulosica durante el proceso de secado 

  León Moreira, Doménica Viviana; Delgado Plaza, Emérita Alexandra, Director (ESPOL.FIMCP, 2025)

  CONDITION FOR PUBLICATION OF PROJECT. This research project develops and validates a computational fluid dynamics (CFD) simulation model to characterize the thermal and dynamic behavior of the lignocellulosic biomass (yellow ...
• Caracterización experimental del desprendimiento de vórtices en cilindros circulares inclinados mediante análisis espectral de frecuencias 

  Terán Yépez, Pablo Ramón; Silva León, Jorge Francisco, Director (ESPOL.FIMCP, 2026)

  CONDITION FOR PUBLICATION OF PROJECT. This study looks at how vortex shedding works in inclined circular cylinders. In this case, three-dimensional flow effects make traditional two-dimensional models less useful. The ...
• Investigación numérica del proceso de sinterizado laser de pistas de cobre en celdas solares de Hetero-Unión de Silicio 

  Garzón Noboa, Christian Federico; Castillo Orozco, Eduardo Adán, Director (ESPOL.FIMCP, 2026)

  CONDITION FOR PUBLICATION OF PROJECT. The manufacturing of high-efficiency solar cells presents a challenge regarding the use of new materials and advanced manufacturing processes that allow the formation of conductive ...
• Análisis computacional de capas difusoras de gases en celdas de combustible: Estudio de porosidad y tortuosidad usando el método de Lattice Boltzmann 

  Ordóñez Saca, Brayan Gabriel; Espinoza Andaluz, Mayken Stalin, Director (ESPOL.FIMCP, 2025)

  CONDITION FOR PUBLICATION OF PROJECT. Climate change mitigation has highlighted fuel cells as a promising candidate for energy generation. In order to improve fuel cell efficiency, the influence of microstructural ...
• Evaluación integral de la estabilidad direccional de un bote inflable de casco rígido tipo RHIB de la Armada del Ecuador 

  Cedeño Méndez, Lilia Karina; Paredes Alvarado, Rubén José, Director (ESPOL.FIMCP, 2025)

  CONDITION FOR PUBLICATION OF PROJECT. Rigid-hull inflatable boats (RHIBs) are high-performance, unsinkable vessels with a stable, lightweight, fast, and seaworthy design. However, directional instability at 30 knots has ...

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