Principal researcher
Office: EBUII, Room #554
Email: alsp@eng.ucsd.edu
Phone: (858) 822-3790
Post-doctoral researchers
Javier Alaminos Quesada
Office: EBUII, Room #563
Email: jalaminosquesada@ucsd.edu
Sankaran Ramanrayanan
Office: EBUII, Room #564
Email: sramanar@ucsd.edu
PhD students
Guillermo Lopez Nozaleda
Office: EBUII, Room #564
Email: glpeznozaleda@ucsd.edu
Obed Campos
Office: EBUII, Room #563
Email: o2campos@ucsd.edu
Brandon Li
Office: EBUII, Room #563
Email: bwl003@eng.ucsd.edu
Past students
- Antonio Revuelta Bayod (2002), Free and confined laminar axisymmetric jets (with A. Liñán as co-advisor).
- José Jiménez-Alvarez (2002), Heat conduction in gases from localized energy sources.
- José Mellado (2002), Hydrogen ignition in mixing layers and on catalytic surfaces.
- Mario Sánchez Sanz (2007), Gaseous laminar jets with large jet-to-ambient density ratios (with A. Liñán as co-advisor).
- Daniel Fernández-Galisteo (2009), Numerical and asymptotic analyses of lean hydrogen-air deflagrations.
- Jorge Arrieta-Sanagustin (2011), Vaporization and combustion of laminar jet sprays (with A. Liñán as co-advisor).
- Pierre Boivin (2011), Reduced mechanisms for hydrogen and syngas combustion (with C. Jiemenz as co-advisor).
- Daniel Martínez-Ruiz (2015), Ignition and extinction analyses of spray diffusion flames (with A. Liñán and J. Urzay as co-advisors).
- Marco Rosales Vera (2016), Asymptotic and numerical study of the discharge of laminar gas jets: effects of molecular weight (with M. Sánchez Sanz as co-advisor).
- Daniel Moreno-Boza (2017), Stability and asymptotic analyses of effects of buoyancy on reactive flows.
- Prabakaran Rajamanickam (2019), Numerical and analytical investigations of non-isothermal fluids (with F. A. Williams as co-advisor).
- Adam Daniel Weiss (2020), Asymptotic studies of unsteady non-premixed flamelets and buoyancy-induced swirling flows (with F. A. Williams as co-advisor).
- Jenna Joaquin Lawrence (2021), Theoretical and numerical analyses of flow and transport in the spinal canal.
- Stephanie Sincomb (2022), Modeling of cerebrospinal fluid flow using quantitative MRI for clinical application.
- Sankaran Ramanrayanan (2024). On the emergence of attractive load-bearing forces in vibration-induced squeeze-film gas lubrication.