thermal & fluid sciences industrial affiliates and
TRANSCRIPT
February, 3-5 2016 Munger Conference Center Stanford University
Thermal & Fluid Sciences Industrial Affiliates and Sponsors Conference
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TFSA16 Conference & Workshop
The Conference is the main event organized within the Stanford Thermal and Fluid Sciences Affiliates program. This year the Conference includes about 60 contributions among oral presentations and posters. The program showcases Stanford’s broad research portfolio and outstanding students and researchers.
The 2016 TFSA Industrial Affiliates
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Wednesday February 3, 2016 1300-1330 - Welcome 1330-1400 - Introduction & Highlights of New Programs 1400-1500 - Session I - Particle Laden Flows 1500-1530 - Break 1530-1630 - Session II - Combustion Processes
Thursday February 4, 2016 0800-0830 - Breakfast 0830-0930 - Session III – Fuel Injection and Multiphase Flows 0930-1030 - Session IV – Modeling and Computations 1030-1100 - Break 1100-1200 - Session V - Experiments 1200-1330 - Student Luncheon 1330-1430 - Session VI – Optimization & Uncertainty Quantification 1430-1530 - Session VII - Large Eddy Simulation 1600-1800 - Session VIII – Poster Session 1830- - Executive Dinner
Friday February 5, 2016 0800-0830 - Breakfast 0830-0930 - Session IX - Numerical Methods 0930-1030 - Session X – Multiphysics Simulations
1030-1100 - Break 1100-1200 - Session XI – Heat Transfer & Mixing 1200-1230 - Closure & Send off
TFSA Conference – At a Glance
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1300-1330 – Welcome & introduction 1330-1400 – Introduction & highlights of new programs Session I – Particle Laden Flows 1400-1415 Laura Villafañe Turbulent particle clustering in a fully
developed square channel flow
1415-1430 Mahdi Esmaily Theoretical and computational analysis of clustering in particle-laden turbulence
1430-1445 Ari Frankel Convergence of Beer's Law for Radiation Transmission in Particle-Laden Turbulent Flows
1445-1500 George Park A novel particle SGS model based on differential filter for LES of particle-laden turbulent flows
1500-1530 Break
Session II – Combustion Processes
1530-1545 Jared Dunnmon
High-Energy X-ray Absorption as a diagnostic technique for combustion experiments
1545-1600 Nicolas Kseib Kinetic rate uncertainty in estimating explosion limits
1600-1615 Qing Wang Regularized Deconvolution Method for Turbulent Combustion Modeling
1615-1630 Lucas Esclapez LES of combustion dynamics near blowout in a realistic gas-turbine combustor
Wednesday Feb 3 – Day 1
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Thursday Feb 4 – Day 2
0800-0830 - Breakfast
Session III – Fuel Injection and Multiphase Flows
0830-0845 Christopher Ivey A balanced-force conservative volume-of-fluid method for simulating two-phase flows on unstructured grids
0845-0900 Peter Ma Analysis of Fuel Injection and Atomization of a Hybrid Air-Blast Atomizer
0900-0915 Pavan Govindaraju Evaporation and Combustion of Multicomponent Fuels
0915-0930 Lluis Jofre A single-fluid multiphase formulation for diffuse-interface modeling of high-pressure transcritical liquid jets
Session IV – Modeling and Computations
0930-0945 David Ching Experimental and modeling study of the flow over a skewed bump
0945-1000 Jessica Shang Single ventricle palliation with the assisted bidirectional Glenn (ABG)
1000-1015 Alejandro Campos Simulations of a probability density function model of homogeneous turbulence in an Eulerian reference frame
1015-1030 Keith Loebner Rankine-Hugoniot Behavior of Current-Driven Ionization Waves
1030-1100 Coffee Break
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Thursday Feb 4 – Day 2 (cont’d)
Session V - Experiments 1100-1115 Ian Brownstein In Situ Particle Tracking around kW
Sized Wind Turbines
1115-1130 Ji Hoon Kim Sensitivity of shock boundary layer interaction to weak perturbations
1130-1145 Anna Craig Patterns of 3D flow in a rotating cylinder array
1145-1200 Daniel Borup New MRI-based diagnostics for temperature and particle concentration
1200-1330 – Student Luncheon Session VI – Optimization & Uncertainty Quantification
1330-1345 Hao Wu Fidelity-adaptive combustion simulations using a Pareto-efficient modeling framework
1345-1400 Zachary del Rosario Dimensional Analysis and Reduction: The Pi Active Subspace
1400-1415 Daniele Schiavazzi Data Assimilation and Propagation of Uncertainty in Multiscale Cardiovascular Simulation
1415-1430 Gianluca Geraci A multilevel multifidelity technique for Uncertainty Quantification
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Thursday Feb 4 – Day 2 (cont’d) Session VII – Large Eddy Simulation
1430-1445 Aditya Ghate Towards numerically efficient “enrichment” of LES for stratified Planetary Boundary Layers
1445-1500 Jeonglae Kim LES-based characterization of a suction and oscillatory blowing fluidic actuator
1500-1515 Hyunji Jane Bae Minimum-dissipation models for large-eddy simulation
1515-1530 Gabriel Nastac A metric for assessing the dynamic content of large-eddy simulations
1600-1800 Session VIII – Poster Session
1830- Executive Dinner
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Friday Feb 5 – Day 3
0800-0830 - Breakfast
Session IX – Numerical Methods 0830-0845 Hadi Pouransari Fast linear solvers for variable density
turbulent flows
0845-0900 Dongping Chen Molecular dynamics of supercritical fluids
0900-0915 Yu Lv Assessment of discontinuous Galerkin scheme for high-fidelity simulation of turbulent flows: scheme optimization and comparison to finite-volume solver
915-930 Aekaansh Verma Strategies for improving performance of the Surrogate Management Framework in cardiovascular flow optimization
Session X – Multiphysics Simulations 930-945 Elif Karatay Effects of buoyant forces on chaotic
electroconvection
945-1000 Niranjan Ghaisas Simulation of flows involving elastic/plastic deformation of interfaces
1000-1015 Joseph Kocheemoolayil
Large Eddy Simulation of Airfoil Self-Noise at High Reynolds Number
1015-1030 David Biggs Microwave photonic bandgap devices with active plasma elements
1030-1100 Coffee Break
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Friday Feb 5 – Day 3 (cont’d)
Session XI – Heat Transfer & Mixing 1100-1115 Curtis Hamman Thermal Convection From a Minimal Flow
Unit to a Wide Fluid Layer
1115-1130 Swetawa Ganguli Heat Transfer and Drag of a Sphere: Variable Density and Buoyancy Effects
1130-1145 Pedro Milani Turbulent Scalar Flux Modeling for Inclined Jets in Crossflow: an Optimization Approach
1145-1200 Akshay Subramanian
Numerical Simulation of Multi-Material Mixing in an Inclined Interface Richtmyer-Meshkov Instability
1200-1230 Closure & Send off
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1600-1800 – Thursday, February 4
1 Chao Chen, Hadi Pouransari, Kai Yang, Alex Aiken, Eric Darve
Parallel implementation and performance of hierarchical fast linear solvers
2 Jongmin Seo, Ricardo Garcia-Mayoral, Ali Mani
Direct Numerical Simulation of turbulent flows over superhydrophobic surfaces: capillary waves on gas-liquid interface
3 Seyedshahabaddin Mirjalili, Gianluca Iaccarino, Ali Mani
Uncertainty Quantification on Angle of Impact in Drop-Pool Impact Events
4 S. Banerjee, K. Wang, and C.T. Bowman
Flow Reactor Study of Combustion Characteristics of Jet and Rocket Fuels
5 Rui Xu, Hai Wang Combustion chemistry modeling of jet fuels
6 Yujie Tao, Gregory P. Smith, Hai Wang
Uncertainty quantification and minimization of a standard combustion chemistry model of foundational fuels
7 Changran Liu, Zhigang Li, Hai Wang
Gas kinetic theory of nanostructure transport in dilute gases
8 D.U. Johnson, B.K. Loong, S.M. Stewart, T.M. Gür, R.E. Mitchell
Spontaneous Hydrogen and Electricity Production in a Carbon Fuel Cell
9 Hoora Abdehkakha, Gianluca Iaccarino
Particle Laden Turbulence in a Duct with Rounded Corners
10 Taylor Geisler, Sourav Padhy, Gianluca Iaccarino, Eric Shaqfeh
The Virtual Inhaler: Particle Inhalation in the Lungs
11 Christopher Young, Andrea Lucca-Fabris, Natalia MacDonald, William Hargus Jr., Mark Cappelli
Laser Characterization of Unsteady Ion Velocity Fields in Hall Thrusters
12 Thomas Underwood, Keith Loebner, Ben Wang, Mark Cappelli
The Characterization of a Plasma Deflagration Accelerator For Simulating Fusion Wall Response to Disruptions
13 Karen Wang, Ali Mani Electroconvection near the interface of ion-selective membranes and a microchannel
14 Scott Davidson, Matthias Wessling, Ali Mani
Enhancement of Overlimiting Current through an Ion-Selective Membrane via Patterning of Surface Ion-Permeability
15 Jeffrey O'Brien, Jeonglae Kim, Matthias Ihme
Hybrid Analysis of Engine Core Noise
16 Shima Alizadeh, Gianluca Iaccarino, Ali Mani
Uncertainty Quantification of Nonlinear Electrokinetic Response in a Microchannel-Membrane Junction
17 Kevin Grogan and Matthias Ihme
Shock Boundary Layer Interaction and Weak Ignition in Shock Tube Reaction Kinetic Studies
18 David Biggs and Mark Cappelli Photonic Crystal Mode Manipulation with Plasma
19 Roberto A. Colón Quiñones and Mark A. Cappelli
Plasma Metasurface for THz Wave Manipulation
Poster Session
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TFSA16 Parking
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TFSA16 Location
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TFSA Program
The Thermal & Fluid Sciences Affiliates Program (TFSA) is the industrial liaison program of the Thermosciences Group and Flow Physics and Computation Engineering Group of the Mechanical Engineering Department at Stanford University. The program was started over 45 years ago to establish and maintain close ties between the Stanford faculty and engineers in industry.
Contact Us
Gianluca Iaccarino, Director Mechanical Engineering Stanford University Building 500, Room 500I Stanford, CA 94305-3030 Email: [email protected] Phone: (650) 723-9599
Corinne Beck Mechanical Engineering Stanford University Building 500, Room 500J Stanford, CA 94305-3030 Email: [email protected] Phone: (650) 725-0704
URL http://tfsa.stanford.edu
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TFSA16 Wireless Access
Stanford Wireless Network:
User: TFSA Password: tfsa2016 TSFSA Presentations: http://tfsa.stanford.edu/affiliate/presentations.html
User: affiliate Password: tfsa2016