Alberto Aliseda is an Associate Professor in Mechanical
Engineering at the University of Washington, where he has been
in the faculty since 2006. Prior to the UW, he spent 7 years
at the University of California, San Diego, where he obtained
his PhD and did postdoctoral research in Mechanical and Bio
Engineering. He is the recipient of the NSF CAREER award and
the USGS Director's Award.
Originally from Spain, he earned a B.S./M.S. in Aerospace
Engineering from the Polytechnic University of Madrid. His
current interests focus on turbulent and multiphase flows,
including energy conversion and environmental problems such as
cloud microphysics, liquid atomization and marine renewable
energy, as well as on biomedical flows involving ultrasound
contrast agents and the biomechanics basis of vascular
disease. He is a Visiting Professor at the Laboratoire des
Ecoulements Geophysiques et Industriels (LEGI) in Grenoble,
Venkat Keshav Chivukula
My exciting journey began halfway around the world in Mumbai, where I completed my bachelor's in mechanical engineering. I came to the University of Arizona to pursue my master's in mechanical engineering, which I completed in 2010. Throughout my master's education I was increasingly drawn towards applying the mechanical engineering concepts to biological applications, and this culminated in my pursuing a Ph.D. degree in biomedical engineering from the University of Iowa, where I researched novel methodologies to model blood cells at the micro-scale. I spent a year in Portland,OR at the Oregon Health and Science University (OHSU) researching hemodynamics in cardiac development, before moving to the UW. I am currently involved in determining the influence of hemodynamics on efficacy of heart failure therapies, and am also working on investigating blood flow in intracranial aneurysms. Outside of the lab, I love going on hikes, long drives, cooking (and eating good food!), painting, reading, and having philosophical discussions.
Craig joined UW and the lab in December 2015. He received his PhD from the University of Minnesota in 2015 investigating the interactions between complex topography and sediment transport and the impact they have on the performance and wake characteristics of axial flow marine renewable energy systems. Prior to graduate studies at the University of Minnesota, Craig received a BA in Geology from the University of St. Thomas, and worked as a Research Engineer at St. Anthony Falls Laboratory in Minneapolis, MN from 2006-2012 on various projects ranging from physical model studies of hydraulic structures, fluvial geomorphology and stream stabilization/restoration studies, lab and full scale wind energy research, and modeling of hydrokinetic energy systems. Craig's current research utilizes both lab and field scale turbines and aims to improve the survivability and performance of marine energy systems using active control strategies, as well as continue to investigate the impact marine energy systems have on the environment.
Teymour Javaherchi, is a full time instructor at Everett Community College, as well as a postdoctoral researcher in Mechanical Engineering at the University of Washington in Seattle. His research interests involve energy and fluid. Currently he is working on numerical simulation of tidal turbines, which convert the raw energy of tides (driven by the gravitational pull of the sun and moon on the oceans of the earth) to useful energy (mechanical power and electricity). He uses commercial software packages, such as FLUENT and Star CCM+, for doing a comprehensive numerical simulation of the flow behavior around the tidal turbine blades.
Teymour did his undergraduate in the Sharif-Aachen (SUT-AcUAS) cooperation program in Mechanical Engineering. He studied for three years at Sharif University in Iran and then completed his bachelor thesis at Aachen University of Applied Science in Germany with emphasis on understanding and measuring reflectance and transmission degree of solar panel surfaces. He continued his education in the Master of Science program at Aachen University of Technology (RWTH-Aachen) in Germany. During his studies there, he had the opportunity to go to the University of Pennsylvania and after one semester there he became intrigued with the work done by professor Aliseda at University of Washington and joined his research group at fall 2008.
Teymour's main goal is to make significant contributions in the production of clean energy for mankind through collaborative research on the fluid aspect of energy in order to improve the efficiency of current technology for renewable energy sources such as tidal energy.
Nathanael Machicoane is a postdoctoral researcher in Mechanical Engineering at the University of Washington in Seattle. His current interests focus on turbulent and multiphase flows. Currently he undertakes experimental work on gas-assisted liquid atomization. He joined Alberto Aliseda’s Multiphase & Cardiovascular Flow Lab in late summer 2016.
Originally from France, he earned a B.S./M.S. in Physics of out-of-equilibrium systems from Ecole Normale Supérieure de Lyon. He then obtained his PhD in 2014, working on heat transfer and transport of large particles in turbulence at the Physics Laboratory of Ecole Normale Supérieure de Lyon. Prior to joining UW, he studied inertial waves and turbulence in rotating fluids for 2 years as a postdoctoral researcher at the FAST laboratory of Paris-Sud University.
Mike completed his B.S. in Mechanical Engineering at the
University of Vermont in 2012. He joined the University of
Washington to do a PhD in fluid mechanics that Fall. His
research is focused on understanding the hemodynamics of blood
flowing in intracranial aneurysms, and in particular, he
performs numerical computations on virtual models of patient
blood vessels inside the skull (on or around the Circle of
Willis) to develop a predictive algorithm that determines the
success of endovascular treatment for intracranial saccular
aneurysms: coiling and/or stenting. He works within a
multidisciplinary collaboration between fluid mechanicians and
neurosurgeons that apply state of the art fluid mechanics
experiments, computational simulations and in vivo imaging (CT
rotational angiography and intravascular Doppler ultrasound)
to tackle this problem that has puzzled biomechanics and
medical experts for several decades. This effort is funded by
NIH (NINDS 5R01 HL115267) and has been published in multiple
Alicia graduated from Lafayette College with a BS degree in Mechanical Engineering in 2011. She joined the University of Washington as a PhD student in 2011 and, within her first year in the Multiphase & Cardiovascular Flow Lab, she was awarded the National Science Foundation Graduate Research Fellowship. In February 2016, she passed the PhD Candidancy Exam and is finishing her PhD in Mechanical Engineering with a planned defense in 2017.
Alicia's research focuses on the dynamics of microbubbles
injected into the human circulation. In particular, she
conducts experiments and analysis to understand the forces
that determine the trajectory of microbubbles in arteries and
veins, where they are subject to complex forces from the high
Reynolds number blood flow and the Bjerknes or radiation force
from an ultrasonic acoustic field. 
Danny completed his B.S. in Mechanical Engineering at the University of Tennessee in 2009, and in 2010 he headed west to join the University of Washington and pursue a doctoral degree. In general, his research interests are in aerodynamics, structural dynamics, and numerical modeling of wind and hydrokinetic turbines. Danny also works as part of the Northwest National Marine Renewable Energy Center, and his research is focused on using numerical methods to predict turbine performance and structural loads. A large part of his research is also dedicated to developing the HARP_Opt code, which is an open source code used to design and optimize wind and hydrokinetic turbines.
Kurt joined the lab in August of 2014. He received a BSE (2008) and MSE (2010) from the University of Alabama Huntsville in Mechanical Engineering. Previous to joining the lab, Kurt's experience includes V&V for Ballistic Missile defense, and working as a biomedical test engineer for the startup company HeartFlow.
His current work in the lab includes creating patient specific data for a doppler ultrasound simulator and developing experimental and computational comparisons with 4D flow MRI sequences.
Currently his interests include biomechanics of the cardiovascular system, coupling reduced order models with high fidelity simulations, numerical methods, predictive medicine, and verification and validation of patient specific non-invasive assessments.
Akshay Basavaraj Bagi
Akshay is a Masters student at UW. He did his Bachelors in Mechanical Engineering in India. After that, he worked as an HVAC Engineer at W S Atkins Pvt Ltd for two years in Bangalore, India. He came to the USA for higher studies.
His research focus is understanding flow physics of various flow problems through CFD simulations. He is currently working on CFD simulations of flow over DOE-6 Marine Turbine and also on CFD simulation of flow around River Debris Diverting Platform (RDDP) which is also his topic for Masters Thesis. He also interned at Seattle City Light during the Summer of 2016. There he worked as an Engineering Intern in the Power Production Department and got hands on experience on various Hydropower projects. He is looking forward to continuing his research in the field of Renewable Energy and pursue Academic Career.