A. Kobiera

发表

A new phenomenological model of gas explosion based on characteristics of flame surface

P. Wolański, J. Kindracki, A. Kobiera, 2007 .

OF THE INSTITUTE OF AVIATION Scientific Quarterly 5 / 2010 ( 207 ) Aircraft Engines and Fuels Aerodynamics and Mechanics of Flight Materials Science

P. Wolański, A. Kobiera, M. Folusiak, 2011 .

Rotating detonation engine simulations in-house code - REFloPS

P. Wolański, A. Kobiera, M. Folusiak, 2010 .

Three-Dimensional Modeling of The Rotating Detonation Engine

P. Wolański, J. Kindracki, A. Kobiera, 2009 .

"Explosion Pressure": The program for calculation of maximum pressure of explosion for chemical equilibrium conditions

P. Wolański, J. Kindracki, A. Kobiera, 2004 .

Explosion propagation model, software development. Third report; ignition source located in different vessel places and different initial conditions (turbulence, equivalence ratio, fuel type temperature and pressure)

M. Fairweather, P. Wolański, J. Kindracki, 2006 .

S A F E K I N E X SAFe and Efficient hydrocarbon oxidation processes by KINetics and Explosion eXpertise and development of computational process engineering tools

P. Wolański, A. Kobiera, G. Rarata, 2006 .

Explosion propagation model, software development. Second report on influence of obstacles, turbulence and fuel concentration, elongated vessels and multi-channels.

M. Fairweather, P. Wolański, J. Kindracki, 2005 .

Three dimensional numerical study of the propulsion system based on rotating detonation using Adaptive Mesh Refinement

Jan Kindracki, Piotr Wolanski, Michal Folusiak, 2013 .

Graphics Processors as a Tool for Rotating Detonation Simulations

P. Wolański, A. Kobiera, K. Swiderski, 2011 .

The Possibility of the Use of High Explosive Layers in Ram Accelerators

P. Wolański, A. Kobiera, 2008 .

Influence of ignition position and obstacles on explosion development in methane–air mixture in closed vessels

Jan Kindracki, A. Kobiera, Piotr Wolanski, 2007 .

Explosion propagation model, software development. First report on influence of obstacles, turbulence and fuel concentration, spherical vessels.

R. Klemens, A. Kobiera, Piotr Wolanski, 2005 .

Experimental and numerical study of the rotating detonation engine in hydrogen-air mixtures

Jan Kindracki, A. Kobiera, Piotr Wolanski, 2011 .

Numerical Simulation of Rotating Detonation in Cylindrical Channel

P. Wolański, J. Kindracki, T. Fujiwara, 2007 .

Study of the shock-induced acceleration of hexane droplets

A. Kuhl, P. Wolański, A. Kobiera, 2009 .

Ignition of liquid and dust fuel layers by gaseous detonation

P. Wolański, A. Kobiera, 2003 .

Numerical tools for three dimensional simulations of the rotating detonation engine in complex geometries

A. Kobiera, Piotr Wolanski, Michal Folusiak, 2013 .

"REFLOPS" - a New Parallel CFD Code for Reactive Euler Flow Simulation

P. Wolański, A. Kobiera, K. Swiderski, 2009 .

Assessment of various models of scalar dissipation rate by use of DNS of a counterflow flame

H. Im, A. Kobiera, V. Hamosfakidis, 2009 .

A Regenerative Multiple Flamelet Model for non-Premixed Combustion with non-Uniform EGR

D. Assanis, A. Kobiera, V. Hamosfakidis, 2007 .