Name: Physics of Turbulent Combustion
Start: 2016-09-05T09:00:00+02:00
End: 2016-09-30T18:00:00+02:00
Location: Nordita, Stockholm

A new transport equation for rate of product creation in premixed flames

BBQ

BBQ at Nordita

Boat sight-seeing in Stockholm

Boiler/solid fuel industry

Coffee

Coffee break

Comment on high Karlovitz number flame regimes

Conference dinner

Distributed burning in chemical and thermonuclear flames

DNS of turbulent combustion

ESA

Flame/turbulence interaction in supersonic combustion and detonation conditions

General discussions

High Karlovitz number flames - lambda flame regime

Inhomogeneous phase (solid/liquid fuel) combustion

Lunch

Microvolume model of turbulent combustion: new regime on Borghi diagram - The legacy of E.S. Schetinkov

Modeling of turbulent flames

Modeling of turbulent flames; role of detailed chemistry in modeling of TF

New effect in turbulent transport

Program dinner

Rolls Royce

Scania

Siemens

Structures of high Karlovitz number flames

The structure and propagation of turbulent flames

Using DNS to understand high Ka premixed combustion and develop predictive combustion models

Volvo

Welcome - Program outline and objectives

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Physics of Turbulent Combustion