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\begin{document}
%\vspace {-35mm}
\centerline{\LARGE{\it CURRICULUM VITAE}}
\vskip 8mm
\date{}
%\maketitle       % Produces the title.
%\vspace{2cm}


%\vskip -15mm

\noindent
\section{PERSONAL DETAILS}

%\section[~~~~~PERSONAL DATA]{PERSONAL DATA}

 


\noindent
\twotext{Full name } {Tomasz Aleksander Kowalewski}
%
\twotext{Date of Birth } {25th September, 1947}
%
\twotext{Place of Birth } {\L\'od\'z, Poland}
%
\twotext{Citizenship } {Polish}
%
\twotext{Married with Teresa Ryczerz} {1969}
%
\twotext{Children } {Ingrid 1970 - 2004, son
        Oskar 1973}

%%
\twotext{Work Address }
{Institute of Fundamental Techno\-logical Research\\
Po\-lish Aca\-demy of Science (IPPT PAN)\\
\'Swi{\c e}tokrzyska 21, PL 00-049 Warszawa, Poland\\
Phone: +48-228269803, Fax: +48-228274699\\ 
e-mail: tkowale@ippt.gov.pl\\
http://www.ippt.gov.pl/\~~tkowale}
%



\twotext{Home Address }
{Sikorskiego 11 m 81, PL~02-758 Warszawa\\  
Phone: +48-224074330, +48-602193472 (mobile)
%Bunsenstr. 16, D-37073 G\"ottingen, Phone: +49-551-7092744 
%in Germany (until 30.06.1994).
}



\section{ACADEMIC QUALIFICATIONS}

\noindent
\twotext{Degrees } {M.Sc. in Physics with
Dean's Distinction Award,
Warsaw University, 1969. \\
Ph.D., Institute of Fundamental Techno\-logical Research,
Po\-lish Aca\-demy of Science (IPPT PAN), Warsaw, 1982.\\
Habilitation, Institute of Fundamental Techno\-logical Research,
Po\-lish Aca\-demy of Science (IPPT PAN), Warsaw, 1995.}


\section{APPOINTMENTS}


\noindent
\twotext{Present } {Docent (Associate Professor), head of the
Department of Mechanics and Physics of Fluids,
Institute of Fundamental Technological Re\-search,
Polish Academy of Science (IPPT PAN),  
Warsaw, Poland.}

\twotext{June 1993 -- June 1994} {%
Wissenschaftlicher Mitarbeiter (Senior Research Associate),
Max-Planck-Institut f\"ur
 Str\"om\-ungs\-for\-sch\-ung,
G\"ottingen,\\ Germany}

\twotext{March 1988 -- May 1993 } {%
Wissenschaftlicher Mitarbeiter (Senior Research Associate),
Institut f\"ur
Angewandte Mecha\-nik  und Str\"omungs\-physik,
Georg-August-Uni\-ver\-sit\"at, G\"ottingen.}

\twotext{Oct. 1985 -- Feb. 1988 } {Visiting Scholar, research fellowship by
     Max-Planck-Institut, G\"ottingen.}

\twotext{Sept. 1969 -- June 1987 } {Asystent (Research Assistant)
and Adiunkt (Senior
        Research Associate),
Institute of Fundamental Technological Re\-search,
Polish Academy of Science
        (IPPT PAN), Department of Fluid Mechanics,
        Warsaw, Poland.}




\section{SCHOLARSHIPS}

\twotext{Aug. -- Sept. 1978} {Visiting scholar
        at the Delft University, Holland (by  Prof. J.A. Steketee).
        Hot-Wire Anemometry.}


\twotext{Nov. -- Dec. 1980} {Visiting scholar at the
Max-Planck-Institut f\"ur
Str\"om\-ungs\-forsch\-ung, G\"ottingen (by
Prof. E.-A. M\"uller).
Investigations of two-phase flow
with help of Laser-Doppler-Anemometry.}

\twotext{Mar. -- June 1982 } {Visiting scholar at
the Stanford University (by Prof. A. Acrivos).
M. Curie-Sklodowska joined Polish-American project on
sedimentation and flow of suspensions.}


\twotext{Oct. 1985 -- Feb. 1988 } {Scientific fellowship from
the Max-Planck-Society,
Institut f\"ur Str\"om\-ungs\-forsch\-ung,
G\"ottin\-gen (by Prof. E.-A. M\"uller).  Experimental modeling
of fuel injection and evaporation; fuel
film deposition on the walls of engine manifolds.}

\twotext{Feb. -- Apr. 1993 }
        {Visiting Fellow at the University of New South
        Wales, School of
Mechanical and Manufacturing
        Engineering. (by Prof. G. de Vahl Davis).
Experimental and numerical
investigation of the natural convection.}

\twotext{Mar. 1995 --  Jan. 1996 }
        {Visiting Fellow at the Israel Institute of Technology,
	TECHNION, Dept. of Aerospace 
        Engineering (by Prof. M. Wolfshtein), Haifa, Israel.
        Investigations of droplet combustion. 
	Teaching 
        (two semesters course)  Advanced
	Methods in Aerodynamics.}

\twotext{April 1997}
        {Visiting Professor at the University Paris XI (Orsay),
	lecturing:  ``Advanced experimental
	methods in fluid mechanics''.}

\twotext{April-May 1998}
        {Visiting Professor at the University 
	``La Sapienza'' and Roma Tre (Rome),
	application of the PIV method for combustion flow}

\twotext{March 1999}
        {Visiting Professor at the University Paris XI (Orsay)}

\twotext{Dec 1999 - Jan 2000, Sept. - Nov. 2000, Dec. 2001 - Jan 2002}
        {Visiting Scholar at Arizona State University}

\twotext{March 2002}
        {Visiting Professor at the University Paris XI (Orsay)}

\twotext{March 2003}
        {Visiting Professor at the University of New South Wales (Sydney) }


\section{ RESEARCH EXPERIENCE}


\noindent
\twotext{1969 -- 1985 } {Research work at the Institute of
Fundamental Technological Research (Warsaw),
during the experimental study towards Ph.D.
degree on low Reynolds number flow of suspensions;
experimental investigations of the jet break-up,
modeling of the fibre spinning.}

\twotext{1986 -- 1987 } {Research work at the Max-Planck-Institut,
Evaporation of fuels and
retrograde fluids;
atomisation of fuels;
investigation of natural convection.}


\twotext{1988 -- 1991 } {Research grants from
Deutsche For\-schungs\-ge\-mein\-schaft
through the University G\"ottingen:
{\it Experimental
investigations of the instabilities of
the evaporating liquid jets} (DFG 201/18) and }

\twotext{1991 -- 1993}{{\it Dynamic properties of
the jets of liquid mixtures }(DFG201/20).}


\twotext{1994 -- 1997} {Research grant from
Polish Scientific Committee (KBN):
{\it Flow pattern selection for natural convection with
phase change in a lid cooled cavity} (KBN 2P404000107)}


\twotext{1995 -- 1996} {9 months Lady Davis Fellowship, 
Application of PIV and image processing for
diagnostics of flow with combustion, 
Israel Institute of Technology, TECHNION, Haifa}

\twotext{1996 --} {Research collaboration (project conjoins)
IPPT PAN -- LIMSI CNRS, {\it L'etude numerique et experimentele de la
dynamique du gossissement et du decrochement des bulles
de vapeur dans le cas de l'ebullition heterogene}}

\twotext{Other activities }
{Nonlinear dynamic of the oscillating droplet;
eva\-po\-ra\-tion of drop\-lets; evaporation induced surface
instabilities; image processing; high-Speed video imaging;
flow visualisation; tracking of tracer particles in the flow;
natural convection; convection with phase  changes; Particle
Image Velocimetry (PIV), liquid crystals thermography (PIT),
computational fluid dynamics.}



\section{ MAIN RESEARCH TOPICS}

Keywords: Fluid mechanics, multiphase flow, free surface flow, 
thermally driven flow, flow with phase changes. Experimental 
and numerical methods.

\begin{itemize}

\item
Experimental investigations of liquid jet break-up. Evidence of 
``super'' thin liquid bridges between liquid jet and the droplet.
Instability of evaporating jets, modeling of droplet and liquid 
jet evaporation.
Evaporation of emulsions [9, 10, 13, 31, 35, 43-45].

\item
Experimental and numerical investigation of nonlinear droplet oscillations.
Description of droplet deformation. Development of non-intrusive
method to measure dynamic surface tension, measurements of the physical
parameters of evaporating surface by oscillating droplet 
method [11, 18, 20, 21, 25, 26, 36, 37, 40, 42].


\item
Development of high speed video recording methods based
on CCD ``frame-transfer'' camera and image processor. 
Application of the method for investigation of droplets
and jet instabilities [8, 11, 15, 19, 32].

\item
Experimental and numerical investigation of natural convection, 
identification of new flow structures; investigation of natural convection
in presence of phase change (freezing) [12, 14, 16, 24, 27, 29, 41, 46-54].

\item
Development of new experimental technique for instantaneous
measurement of temperature and velocity two-diemnsional
fields in thermal flow, based on application of liquid crystal as 
tracers [7, 14, 29, 34,48,49].

\item
Investigations of low Reynolds number two-phase flow in tubes (solid and
liquid suspensions). Application of new measuring techniques
for measuring  velocity and particle concentration,
laser doppler and ultrasound doppler anemometry [1-6].

\end{itemize}

\section{ EDUCATIONAL EXPERIENCE}

Direct supervision of 7 M.Sc. and 3 Ph.D. students graduated
at the Georg-August University G\"ottingen; 2 Ph.D. and 1 M.Sc.
students at Warsaw University of Technology.

Graduate course: 	
{\it Advanced Methods in Aerodynamics} (two semesters) given
at TECHNION, Dept. of Aerospace  Engineering. 

Languages: English, German - good; Russian, French - weak.


%\newpage

\section{ REVIEWER}
{\bf  Journals}\\
1. Journal of Fluid Mechanics\\
2. Physics of Fluids\\
3. Archives of Mechanics\\
4. Computer Assisted Mechanics and  Engineering Sciences\\
5. Journal of Engineering Mathematics (memeber of Board of Assoc. Referees)\\
6. Journal of Heat Mass Transfer\\
7. Applied Thermal Engineering\\

{\bf  Research grants, professor nomination}\\
1. National Science Foundation, Grants Committee, Washington, USA\\
2. Australian Research Council, Grants Committee, Canberra, Australia\\
3. The University of New South Wales, Promotion to Professor,
Sydney, Australia\\
4. Deutsche Forschungsgemeinschaft (DFG), Grants Committee, Germany.\\
5. Israel Science Foundation (ISF), Grants Committee, Israel.\\
6. State Scientific Committee (KBN), Grants Committee, Poland.\\


\section{ HONOURS}
        Scientific Secretary, XVIIth
        Symposium on Advanced Problems
        and Methods in Fluid Mechanics,
        Sobieszewo (Poland), Sept.1985.

        Scientific Secretary, Publication
        Subcommittee, IUTAM Symposium on Adiabatic Waves in
        Liquid-Vapour Systems, G\"ottingen (Germany), Aug. 1989.

        Invited paper at
        2nd European
        Fluid Mechanics Conference, Warsaw, September 1994

        Invited paper at
        Euromech Colloquium 355 on Interfacial
	Instabilities, Paris, September 1996,

        The Polish Academy of Sciences Award 
	({\it Nagroda Wydzialu IV PAN})
	for
	research on jets and droplets, December 1996.

International Symposium on Advances in Computational Heat Transfer CHT97, Cesme
1997, memeber of the Scientific Committee and the expository review lecture. 


European Science Foundation project on Applied Mathematics for Industrial
Flow Problems, Polish memeber of the Steering Committee,
memeber of the Scientific Committee, ``International AMIF conferences'', 1998, 2000, 2002, 


International Conference
on Computational Heat and Mass Transfer, Cyprus, April 1999,
memeber of the Scientific Committee.

Invited paper at  FLUVISU 99, 8me colloque nationale de 
visualisation et de traitment d'images
en mecanique des fluides, Toulose, June 1999.

Chairman of the Euromech Colloquium 406
``Image processing methods in applied mechanics'', Warsaw, May 1999.

Chairman of the European Science Foundation AMIF Workshop PCC99
``Phase Change with Convection'', Warsaw, June 1999.

Memeber of the International Board
``9th and 10th Int. Flow Visualization Symposium'', 2000, 2002, 


Memeber of the Scientific Committee,
``International Symposium on Advances in Computational Heat Transfer CHT01'', 
Australia 2001.

Memeber of the Scientific Committee and invited paper at
``International Symposium on Imaging and Visualization in
Transport Phenomena VIM-01'', Antalya, 2002. 

Silver Cross Award by President of Poland
for scienitifc achievements, 2002

Coordinator of ``Phase Change with Convection'', CISM Advanced School,
Udine, 2002.

Secretary General,
``International Congress of Theoretical and Applied
Mechanics'', Warsaw, 2004. 

Member of the XCCC IUTAM, 2004-2008.


%\newpage
%\section{  REFERENCES}
%\twotext{Prof. Dr. A. Acrivos}   {The Levich Institute,
%Steinman Hall T1M-24, City College,
%Convent Ave. at 140th St., New York, NY 10031, USA,
%tel. +1-212-283-0962}

%\twotext{Prof. Dr. G. Batchelor}{Dept. of Applied Mathematics
%                        and Theoretical Physics,
%                        University of Cambridge
%                        Cambridge CB3 9EW, England
%                        tel.+44-223-337733.}
%
%
%\twotext{Prof. Dr. W. Fiszdon} {Institute of
%Fundamental Technological
%Research, Polish Academy of Science,
%00-049 Warszawa, Poland, tel. +48-22-269803.}
%\twotext{Prof. Dr. G.E.A. Meier}{DLR Institut f\"ur
%Str\"omungs\-mechanik, 37073 G\"ottingen,
%Bunsenstra{\ss}e 10, Germany,
%tel. +49-551-7092178.}
%
%\twotext{Prof. Dr. E.-A. M\"uller}{Max-Planck-Institut f\"ur
%Str\"omungs\-forsch\-ung, 37073 G\"ottingen,
%Bunsenstra{\ss}e 10, Germany,
%tel. +49-551-7092501.}
%
%\twotext{Prof. Dr. G. de Vahl Davis}{The University of New South
%Wales, School of Mechanical and Manufacturing Engineering,
%Kensington, NSW 2033, Australia,
%tel. +61-2-697-4099.}
%
%\twotext{Prof. Dr. M. Wolfshtein}{Faculty of Aerospace Engineering,
%TECHNION, Haifa 32000, Israel,
%tel. +972-4-8292309.}

%
%
%\vskip 15mm
%(Dr. T. A. Kowalewski)



\section{ PRESENTATIONS AT INTERNATIONAL CONFERENCES}



\begin{tabular}{lll}
September 1977 & XIII Biennale on Adv. Fluid Mechanics & Kortowo, Poland\\
September 1980 & Flow Visualization II & Bochum, Germany\\
September 1981 & XV Biennale on Adv. Fluid Mechanics& Jahranka, Poland\\
August 1984 & 16. IUTAM Congress& Lyngby, Denmark\\
April 1985 & Euromech Colloquium& Cambridge, UK \\
April 1986 & Taylor's 100 Birth. Aniv. Symp.& Cambridge, UK\\
August 1986 & Flow Visualization IV& Paris, France\\
November 1987 & ICALEO& San Diego, USA\\
April 1988 & GAMM& Wien, Austria\\
August 1988 & 17. IUTAM Congress& Grenoble, France\\
August 1989 & IUTAM Symposium on Topol. Fluid. Mech.& Cambridge, UK\\
September 1989 & XIX Biennial on Adv. Fluid Mechanics& Kozubnik, Poland\\
December 1989 & 10 Aust. Fluid Mech. Conf.& Melbourne, Australia\\
August 1991 & 1. Euromech Fluid Mech. Conf. & Cambridge, UK\\
December 1991 & 11. ABCM Mech. Eng. Conf.& San Paulo, Brazil\\
August 1992 & 18. IUTAM Congress& Haifa, Izrael\\
October 1992 & Flow Visualization VI& Yokohama, Japan\\
October 1993 & 1. Japan-Polish Joint Seminar& Tokyo, Japan\\
June 1994 & 2. Japan-Polish Joint Seminar& Pu{\l}tusk, Poland\\
August 1994 & 10th Int. Heat Transfer Conference&
Brighton, UK\\
September 1994 & 2. Euromech Fluid Mech. Conf.& Warszawa, Poland\\
September 1994 & Jap.-Centr. Europe Workshop& Pu{\l}tusk, Poland\\
June 1995 & Euromech Colloquium 335 &Rome, Italy\\
July 1995 & 3 ICIAM Congress &Hamburg, Germany\\
August 1996 & 19. IUTAM Congress &Kyoto, Japan\\
September 1996 & Euromech Colloquium 355 &Paris, France\\
December 1996 & Heat'96 &Kielce, Poland\\
May 1997 & Advances in Computational Heat Transfer &Cesme, Turkey\\
September 1997 & 3. Euromech Fluid Mech. Conf. & G\"ottingen , Germany\\
June 1998 & Advanced Computational Methods in Heat Transfer & Cracow , Poland\\
September 1998 & 8th Flow Visualization  & Sorrento,  Italy\\
October 1998 & AMIF - ESF Conference  & San Feliu, Spain \\
May 1999 &   Euromech 406 Colloquium & Warszawa, Poland \\
June 1999 & FLUVISU 99 & Toulouse, France \\
June 1999 &   PCC99 AMIF-ESF Workshop & Warszawa, Poland \\
August 1999 & Cold-Region Thermal Eng. ISTESCR'99& Darmstadt, Germany \\
September 1999 &  Laser Anemometry Adv. EALA'99 & Rome, Italy\\
August 2000 & 9th Flow Visualization  & Edinburg,  Scotland\\
August 2000 & 20. IUTAM Congress &Chicago, USA\\
June 2001 & CMEM 2001 & Alicante, Spain\\
December 2001 & 3d ISEH & Tempe (AZ), USA\\
May 2002 & VIM'01 & Belek, Turkey\\
June 2002 & HEAT2002 & Baranow, Poland\\
August 2002 & 12 Heat Transfer Conf. & Grenoble, France\\
October 2002 & Eurotherm 71 & Reims, France\\
June 2003 & Eurotherm 69 & Bistra, Slovenia\\
August 2003 & 5. Euromech Fluid Mech. Conf. & Tuluse, France\\
August 2004 & ICTAM04 & Warsaw, Poland\\
May 2005 & 4th ICCHMT & Paris-Cachan, France\\
September 2005 & CDMM2005 & Warsaw,  Poland\\
June 2006 & 4th ASME ICNMM & Limerick, Irleand\\

\end{tabular}

\newpage
\section{  PUBLICATIONS}



\begin{enumerate}

\item {\em
Experimental determination of filtration coefficients
along bunch of fibres (in Polish)}, 
with W. Kalita, 
IFTR Reports - Prace IPPT, vol. 28/1976, Warszawa 1976.

\item {\em
Optical metod for measuring concentration profiles of droplet
suspension flowing through a tube  (in Polish)}, 
IFTR Reports - Prace IPPT, vol. 49/1976, Warszawa 1976.

\item {\em   Velocity profiles of suspension flowing through a
  tube}, Arch. Mech., {\bf 32}, pp. 857-865, 1980.

\item  {\em    Laser  Doppler  measurements  of  the  velocity
  profiles of concentrated droplet suspensions flowing through
  a  tube},  Bericht  118/1980,  Max-Planck-Institut  f\"ur
  Str\"om\-ungs\-for\-sch\-ung, G\"ottin\-gen 1980.

\item {\em   Experimental  investigation of  laminar  flow  of
  suspension in  channels} (in Polish), Ph.D. dissertation,
  IPPT PAN, Warsaw 1982.

\item  {\em     Laser   method   of   particles   distribution
  measurements  in   the  flow   of  suspensions}, in:  Flow
  Visualization II,  Bochum  1980,  Ed.  W.  Merzkirch,
  Hemisphere 1982, pp. 541-546.

\item {\em   Concentration  and velocity  measurements in  the
  flow of  droplet suspensions},  Exp. in  Fluids, {\bf 2},
  pp. 213-219, 1984.

\item {\em   An experimental study of the lateral migration of
  a droplet  in a  creeping flow},   with W.  Hiller,  Exp.in
  Fluids, {\bf 5}, pp. 43-48, 1987.

\item  {\em    Simultaneous  measurement  of  temperature  and
  velocity fields  in thermal  convective flows},    with  W.
  Hiller, in: Flow  Visualization IV, Paris 1986, Ed.  Claude
  Veret, Hemisphere 1987, pp. 617-622.

\item {\em   Eine einfache Hochgeschwindigkeitskamera mit CCD-
  Sensor},    with  W.  Hiller,  Bericht  8/1987,  Max-Planck-
  Institut f\"ur Str\"omung\-sforschung, G\"ottingen 1987.

\item  {\em     Freistrahlversuche  zum  genauen  Einsatz  der
  Verdampfungseffekte  bei   Einspritzung  von   verschiedenen
  motorischen Kraftstoffen},  with H. Chaves, H.-D. Speckmann
  and G.E.A. Meier, Bericht 102/1987, Max-Planck-Institut f\"ur
  Str\"om\-ungs\-for\-sch\-ung, G\"ottingen 1987.

\item {\em   Unter\-suchung des Ver\-dampf\-ungs\-ver\-halt\-ens
  von Ein\-spritz\-strahlen in einem Saug\-rohr\-modell}, with H. Chaves
  and G.E.A. Meier, Bericht 103/1987, Max-Planck-Institut f\"ur
  Str\"om\-ungs\-for\-sch\-ung, G\"ottingen 1987.

\item {\em  An optical method for surface tension measurements
  of dispersed  liquid droplets},  with W.J. Hiller, in: Proc.
  of ICALEO'87,  6th Int. Congress on Application of Laser and
  Electro-Optics,  Optical   Methods  in   Flow  and  Particle
  Diagnostics, vol. 63.  Ed. W. Stevenson, Publ. Laser Institut
  of America, pp. 106-110, Toledo 1988.

\item {\em   Three-dimensional  structures in  laminar natural
  convection in  a cubic  enclosure}, with W.J. Hiller, St.
  Koch, {Proc.  of  1st.  Word  Conference  on  Exp.  Heat
  Transfer, Fluid  Mech., and  Thermodyn., Dubrovnik 1988}, ed.
  R.K. Shah et  al., Elsevier Scis. Publ., New York, Amsterdam,
  London, pp. 722-729, 1988.

\item {\em  Similarity in the behaviour of initially saturated
  or subcooled  liquid jets  discharging through  a nozzle},
  with H. Chaves,  Th. Kurschat, G.E.A. Meier, E.A. M\"uller, Chem.
  Phys. {\bf 126}, pp. 137-143, 1988.

\item  {\em     Simultane   Erfassung  von   Temperatur-   und
  Ge\-schwindig\-keits\-feld\-ern      in      einer  ther\-mi\-schen
  Kon\-vek\-tions\-str\"om\-ung  mit  un\-gekap\-sel\-ten
  Fl\"ussig\-kristall\-tracern},
  with  W.J. Hiller,  St. Koch,
  in: 2D-Messtechnik
  DGLR-Workshop 18-19. Oct. 1988, Markdorf,   DGLR-Bericht 88-04,
  pp. 31 - 39, Bonn 1988.


\item {\em   Application  of the frame transfer charge-coupled
  device for  high speed imaging}, with W.J. Hiller, Optical
  Eng. {\bf 28} pp.  197-200, 1989;  also in: Proc. 18th Int.
  Congr. of  High Speed Photography and Photonics, 28. Aug.-2.
  Sept. 1988 Xian China, SPIE Vol. 1032, pp. 763 - 765,
  Washington 1990.


\item {\em   Three-dimensional  structures  in laminar natural
  convection in  a cubic  enclosure}, with W.J. Hiller, St.
  Koch, Exp. Thermal and Fluid Sci., {\bf 2}, pp. 34-44, 1989.

\item {\em   Surface  tension measurements  by the oscillating
  droplet  method},   with  W.J.   Hiller,  Physico-Chem.
  Hydrodynam., {\bf 11}, pp. 103-112, 1989.

\item  {\em    Optical  investigation  of  oscillating  liquid
  droplets},  with W.J. Hiller, ZAMM {\bf 69}(6), pp. 629-630, 1989.

\item {\em   Schnelle  Bildaufzeichnung  mit  CCD-Kameras  und
  gepulsten LEDs  - High  Speed Image  Recording},   with W.J.
  Hiller, B.  Stasicki, Laser und Optoelektronic {\bf21},
  pp. 64-67, 1989.

\item {\em   Experimental  analysis of free oscillating liquid
  drops},   with  W.J. Hiller,  in: Proceedings  of  the  10th
  Australasian  Fluid   Mechanics  Conference,  University  of
  Melbourne, Dec. 1989, pp. 7.21 -7.24, 1989.

\item  {\em    Liquid  microjets  -  a  useful  tool  for  the
  measurement of  material properties},  with W.J. Hiller,
 in: Proc. of  the 10th ABCM Mechanical Engineering Conf., Rio de
  Janeiro (Brasil), Dec. 1989, Eds. M. Hirata et al.,
  pp. 423 - 426, COPPE/UFRJ 1989.

\item{\em Vergleichende Grunlagen\-studie \"uber
das Schwin\-gun\-gs\-ver\-hal\-ten osczi\-llie\-ren\-der
Wur\-zel\-kanal\-inst\-ru\-mente}, with
Griesinger H.R., W.J. Hiller, Kreter F.,
Zahn\-\"arzt\-liche Praxis 5, pp. 168-173, 1989.


\item{\em Vibrationsinduzierte Str\"omungs\-felder und
Ka\-vi\-ta\-tions\-effek\-te dreier Systeme zur
Wurzel\-kanal\-auf\-be\-reit\-ung im Modell\-versuch}, with
Griesinger H.R., W.J. Hiller, Kreter F.,
Zahn\-\"arzt\-liche Praxis 6, pp. 213-217, 1989.


\item  {\em    Experimental  and  Numerical  investigation  of
  natural convection  in a cube with two heated side walls},
  with W.J.  Hiller, St.  Koch, G.  de Vahl  Davis, M. Behnia,
in:  Proc. of  IUTAM symposium  on topological  fluid  mechanics,
  Cambridge U.K., Aug. 13-18, 1989, pp. 717 - 726, CUP 1990.

\item {\em   Experimental  and theoretical  investigations  of
   large amplitude  oscillations of liquid droplets},  with E.
   Becker, W.J.  Hiller, J.  Fluid Mech. {\bf 231}, pp. 189-210,
   1991

\item {\em   Unsteady droplet evaporation}
 with W.J. Hiller,  in: Proc. of 11th ABCM Mech. Eng. Conf.
 S\~ao Paulo (Brasil), Dec. 1991,
 Ed. Esp. da Revista Brasileira de Ci\^encias
  Mec\^anicas S\~ao Paulo, pp. 17-20, 1991.

\item  {\em     Visualization  of  3-D  natural  convection  -
  comparison with  numerical results},  with W.J. Hiller, St.
  Koch, K.  Range, M.  Behnia, G. de Vahl Davis, in: Proc. of 11th
  ABCM Mech. Eng. Conf. S\~ao Paulo (Brasil), Dec. 1991,
  Ed. Esp. da Revista Brasileira de Ci\^encias
  Mec\^anicas S\~ao Paulo, pp. 21-24, 1991.

\item {\em   Computer-aided discrimination of slow
 and fast tracer paths}, with H.-H. Bartels-Lehnhoff, W.J. Hiller,
 Exp. in  Fluids, {\bf 13}, pp. 239-248, 1992;   also in:
 Proceedings of The  Sixth International
 Symposium on  Flow Visualisation, Yokohama 1992,
 Eds. Tanida Y.
 \& Miyashiro H., Springer-Verlag, pp. 873--877, 1992.

\item{\em Visualisation of 3-D natural convection},
 with  W.J. Hiller,
 St. Koch, P. Mitgau, K. Range,
 {\it Proceedings of The  Sixth International
 Symposium on  Flow Visualisation, Yokohama 1992}   Eds. Tanida Y.
 \& Miyashiro H., Springer-Verlag, pp. 674--678, 1992.


\item{\em Charge-coupled devices in flow
 visualisation}, with  W.J. Hiller,
 V. Llorach Forner, B. St\"uckrad,
 M. Behnia,  in: Proceedings of The  Sixth International
 Symposium on  Flow Visualisation, Yokohama 1992,   Eds. Tanida Y.
 \& Miyashiro H., Springer-Verlag, pp. 695--699, 1992.

\item {\em   Behaviour of small
diameter evaporating jets},
 with  W.J. Hiller, Behnia M.,,  in: Proceedings  of  the  11th
  Australasian  Fluid   Mechanics  Conference,  University  of
Tasmania, Hobart, Australia, 14-18. Dec. 1992, pp. 905--908,
U.T. 1992.


\item {\em   High speed frame transfer CCD}, with W.J. Hiller,
   Tatarczyk Th., in: {\it Proc. 20th Int.
   Congr. of  High Speed Photography and Photonics, 21-25.
  Sept. 1992 Victoria, Canada}, SPIE Vol. 1801, pp. 595--601,
  Washington 1993.

\item {\em  Wake patterns of a piston gliding
in a rotating circular duct}, with W.J. Hiller,
in:  Bluff-Body Wakes, Dynamics and Instabilities,
IUTAM Symposium, G\"ottingen, Germany, Sept. 7-11, 1992,
Eds. H. Eckelmann et al.,
Springer-Verlag, pp. 165--169, 1993.


\item{\em Onset of natural convection in a cube},
 with  W.J. Hiller, St. Koch, F. Stella,
 Int. J. Heat Mass Transfer, {\bf 13}, pp. 3251--3263, 1993.

\item{\em An experimental
study of evaporating small diameter
 jets}, with W.J. Hiller, M. Behnia,
Physics of Fluids A {\bf 5}, pp. 1883--1890, 1993.


\item{\em Measurement of dynamic  surface  tension
by  the  oscillating  droplet method},
with B. St\"uckrad, W.J. Hiller,
Exp. in Fluids, {\bf 15}, pp. 332-340, 1993.

\item{\em Nonlinear dynamics of viscous droplets}, with
E. Becker,  W.J.  Hiller, J. Fluid Mech., {\bf 258}, 
pp. 191-216, 1994.

\item{\em Computational and experimental visualisation in heat
and mass transfer problems}, with W.J. Hiller and G. de Vahl Davis,
in Proc. of the First Japanese-Polish Joint Seminar in Advanced Computer 
Simulation, Tokyo, Nov. 8-9, 1993, pp. 60--69, 
Edts. Akiyama, Kleiber, Wola\'nski,
University of Tokyo Feb. 1994.


\item{\em Verfolgung von Teilchen in einer dreidimensionalen
Str\"omung}, with P.M. Mitgau, W.J. Hiller, ZAMM {\bf 74}(5),
pp. T394--396, 1994.


\item{\em Reduction of nonlinear dynamic systems by
phase space analysis}, with
E. Becker,  U. Brosa, Computer Assisted Mechanics and Eng. Sci.,
{\bf 1}, pp. 39-48, 1994.


\item {\em Experimental and numerical study of
 three-dimensional natural convection and freezing in water},
 with C. Abegg, G. de Vahl Davis, W.J. Hiller,
St. Koch, E. Leonardi, G.H. Yeoh, Proc. of 10th International
Heat Transfer Conference,
Brighton, England, Edt. G.F. Hewitt, vol.4, pp. 1-6, IChemE  1994.

\item {\em Nonlinear Oscillations of Viscous Droplets},
 with D. Bruhn,
Proc. of Japanese-Centr. European Workshop on Adv. Comp. in Eng.,
Pu{\l}tusk 1994, pp. 63-68, Edts. Akiyama, Kleiber, IPPT PAN
Warszawa 1994.


\item {\em Experimental research on briquette destruction
caused by refraction waves},
with M. Gawor, J. Rysz, A. Smolarski,
Archives of Mining Scs., vol. 39, pp. 313-330, 1994.


\item {\em   Selected free surface flow problems - liquid
jets and drops}, (in Polish) Habilitation, 
Prace IPPT PAN 3/1995, pp.1-98, Warszawa 1995.

\item {\em Experimental investigations of oscillating 
liquid droplet},
 with D. Bruhn, W.J. Hiller, F. Obermeier,
 ZAMM vol. 76/5, pp.77-78, 1996.

\item {\em On the separation of droplets from a liquid jet},
Fluid Dynamics Research {\bf 17}, pp. 121-145, 1996.


\item {\em   Distribution of particles suspended in
3-d laminar convection flow},  with  A. Yarin, W.J. Hiller,
St. Koch, Physics of Fluids {\bf 8}, pp. 1130-1140, 1996.

\item {\em Experimental and numerical investigations
of natural convection in freezing water}, with A. Cybulski,
in Int. Conf. on Heat Transfer with Change of Phase, 
Mechanics vol. 61 p.II, pp. 7-16, Kielce 1996.

\item {\em Experimental validation of numerical codes in thermally
driven flows}, 
Prace IPPT PAN 4/1997, pp.1-20, Warszawa 1997.

\item {\em Natural convection with phase change} (in Polish), 
with A. Cybulski,  
Prace IPPT PAN 8/1997, pp.1-58, Warszawa 1997.

\item {\em
Estimation of acoustic streaming: theoretical
model, Doppler measurements and optical visualisation}, 
with A. Nowicki, W. Secomski, J. Wojcik,  
European J. of Ultrasound {\bf 7}, pp. 73-81, 1998.


\item {\em Experimental validation of numerical codes in thermally
driven flows}, 
in Adv. in Computational Heat Transfer, G. de Vahl Davis,
E. Leonardi (eds), Begel
House Inc., pp.1-15, New York 1998.

\item {\em An experimental benchmark for freezing water
in the cubic cavity} with M. Rebow,  
in Adv. in Computational Heat Transfer, G. de Vahl Davis,
E. Leonardi (eds), Begel
House Inc., pp.149-156, New York 1998.


\item {\em Fixed grid finite elemnt analysis of solidification} with 
J. Banaszek, M. Rebow,  
in Adv. in Computational Heat Transfer, G. de Vahl Davis,
E. Leonardi (eds), Begel
House Inc., pp.471-478, New York 1998.


\item {\em Free surface natural convection in a differentially heated
rectangular cavity,} with 
G. de Vahl Davis, E. Leonardi,  
in Advanced Computational Methods in Heat Transfer V,
A.J. Nowak, C.A. Brebbia, R. Bialecki, M. Zerroukat (eds.),
pp. 145-154, CMP 1998.

\item {\em Particle Image Velocimetry with Optical Flow}, with
G. M. Qu\'enot, J. Pakleza, 
Experiments in Fluids {\bf 25}, pp.177-189, 1998. 
 
\item {\em Analysis of validation of the semi-implicit
FEM algorithm for natural convection and freezing water,} with 
J. Banszek, M. Rebow, K. Blogowska, in Computational
Technologies for Fluid/Thermal/Structural/Chemical Systems
with Industrial Applications, V.V. Kudriavtsev, W. Cheng (eds),
ASME PVP-Vol.377-1, pp.119-126, 1998.


\item {\em Fluid Image Velocimetry for Unseeded
flow,} with
Y. Levy, B. Golovanevsky in
Proc. of 9th Int. Symp. on Application
of Laser Technique in Fluid Mech., July 13-16, Lisbon,
vol. II, pp. 34.7.1-34.7.9, 1998.

\item {\em Characterisation of the interaction
between a boundary layer and a cavity
using Digital Particle Velocimetry with Optical Flow,} with
G. Quenot, A. Rambert, P. Gougat, in
Proc. of 9th Int. Symp. on Application
of Laser Technique in Fluid Mech., July 13-16, Lisbon,
vol. II, pp.39.4.1-39.4.7, 1998.



\item{\em
Study of free convection in binary systems with phase change,}
with J. Banaszek, M. Rebow, P. Furmanski, T. Wisniewski, in 
Heat Transfer 1998, Kyongju, Korea, 
edt. J.S. Lee, vol.7, pp. 211-216, Taylor and Francis Inc.,  1998.

\item{\em
Particle Image Velocimetry and Thermometry in Freezing Water,}
with A. Cybulski, M. Rebow, in 
8th Int. Symposium on Flow Visualization, Sorrento,
eds. G.M. Carlomagno and I. Grant, 
CD ROM Proceedings ISBN 0953399109 , pp. 24.1-24.8, 
Edinburgh,  1998.

\item{\em
Particle Image Velocimetry using Optical Flow for
Image Analysis,}
with G. Quenote, J. Pakleza, in 
8th Int. Symposium on Flow Visualization, Sorrento, 
eds. G.M. Carlomagno and I. Grant, 
CD ROM Proceedings ISBN 0953399109, pp. 47.1-47.11, 
Edinburgh,  1998.

\item{\em
Infrared and Liquid Crystal Thermography in Natural Convection, }
with T. Wisniewski, M. Rebow, K. Blogowska, in 
8th Int. Symposium on Flow Visualization, Sorrento, 
eds. G.M. Carlomagno and I. Grant, 
CD ROM Proceedings ISBN 0953399109, pp. 212.1-212.8, 
Edinburgh,  1998.

\item{\em Thermochromic liquid crystals in heat transfer research},
with J. Stasiek, invited paper at 
Heat Mass Transfer Conference, Swieradow, Sept.
1998, Prace Polit. Wroclaw.  53/9, vol. 1, pp. 401-424, Wroclaw 1998.


\item{\em Freezing of water in the differentially heated cubic
cavity}, with M. Rebow, Int. J. of Comp. Fluid Dyn. 
 vol. 11, pp. 193-210, 1999.


\item{\em Particle Image Velocimetry and Thermometry in Freezing Water}, 
with A. Cybulski,  frontispiece (colour page) 
in  J. of Visualization,  vol. 1, p. 335 , 1999.

\item{\em Effect of finite wall conductivity on flow
structures in natural convection}, with E. Leonardi, V. Timchenko,
G. de Vahl Davis, paper at CHMT99, 
Proceedings of the International Conference
on Computational Heat and Mass Transfer, Cyprus 26-29 April, 1999,
eds. A.A. Mohamad \& I. Sezai, pp. 182-188, 
Eastern Mediterranean University Printinghouse 1999.

\item{\em Particle Image Velocimetry and Thermometry Using Liquid
Crystals}, invited paper at 
FLUVISU 99, 8me colloque nationale de 
visualisation et de traitment d'images
en mecanique des fluides, Toulose, June 1-4, 1999, ENSICA,
pp. 33-48, Image Service 1999.

\item {\em Measurement of Temperature and
Velocity of Freezing Water using Liquid Crystal Tracers 
} in Advances in Cold-Region Thermal Engineering and Sciences,
eds. K. Hutter, Y. Wang and H. Beer, 
Lecture Notes in Physics vol. 533,  pp. 83-90, Springer Verlag, Berlin 1999.

 
\item {\em  Particle Image Velocimetry 
for Vapour Bubble Growth Analysis}
with J. Pakleza, A. Cybulski; Proceedings of the
8th  International Conference on Laser Anemometry,
pp. 243-250, Univ. of Rome La Sapienza, 1999. 


\item {\em An axisymmetry-breaking instability 
of axially symmetric natural convection}
with A.Yu. Gelfgat, P.Z. Bar-Yoseph, A. Solan; 
Int. J. Trans. Phenomena:  vol.1, pp. 173-190, 1999.


\item {\em Semi-implicit FEM analysis of natural convection in freezing water}
with J. Banaszek, Y. Jaluria, M. Rebow; Num. Heat Transfer, Part A, vol. 36,
pp. 449-472, 1999.

\item {\em
Phase-change problems with free convection:
fixed grid simulation} with 
M. Giangi, F. Stella; Comp. \& Vis. in Scs. vol.2 (2/3), pp. 123-130, 1999.

\item {\em
Large-scale structures forming  in a cross flow:
particle image velocimetry conditional analysis} with 
R. Camussi, A. Stella, G. Guj; 
Machine Graphics \& Vision  vol. 8 (4), pp. 579-595, 1999.

\item{\em
Natural convection during ice formation: numerical simulation vs.
experimental results} with
M. Giangi, F. Stella, E. Leonardi;
CAMES, vol 7(3), pp. 321-342, 2000.

\item {\em Natural convection with phase change in one-component
and binary systems} (in Polish), 
with J. Banaszek, P. Furmanski, M. rebow, A. Cybulski, T.S. Wisniewski;  
Prace IPPT PAN 3/2000, pp.1-132, Warszawa 2000.


\item{\em Tracking of thermal structures from infrared camera 
by PIV method},
with G. Hetsroni, B. Hu, A. Mosyak in 
9th Int. Symposium on Flow Visualization, Edinburgh,
Edt. I. Grant, CD ROM Proceedings, 
pp. 131.1-9,  Edinburgh,  2000.



\item{\em Visualization of vapour bubble growth},
with J. Pakleza, J.-B. Chalfen, M.-C. Duluc, A. Cybulski 
in  9th Int. Symposium on Flow Visualization, Edinburgh,
Edt. I. Grant, CD ROM Proceedings, 
pp. 176.1-9, Edinburgh,  2000.

\item{\em
Tracking of coherent thermal structures on a heated wall by means of IR
thermography} with G. Hetsroni, B. Hu, A. Mosyak;
Experiments in Fluids, vol. 30, pp. 286-294, 2001. 
       

\item{\em
Experimental model  for casting problems},
with A. Cybulski, T. Sobiecki, 
in  
Computational Methods and Experimental Measurements,
Eds. Y. V. Esteve, G.M. Carlomagno, C.A. Brebia,
pp. 179-188,  WIT Press, Southampton 2001.


\item{\em
Experimental investigations on thermal, thermocapillary,
and forced convection in Czochralski crystal growth
configuration},
with J. Aleksic, J.A. Szymczyk, A. Leder 
in  Computational Methods and Experimental Measurements,
Eds. Y. V. Esteve, G.M. Carlomagno, C.A. Brebia,
pp. 627-636,  WIT Press, Southampton 2001.

\item{\em
Visualization of Vapour Bubble Growth (fontipiece)}, 
with J. Pakleza, J.-B. Chalfen, M.-C. Duluc, A. Cybulski,
J. of Visualization, vol. 4, p. 212, 2001

\item{\em
Methodologie experimentale  pour l'etude de la
croissance de bulles de vapour en site isole},
with J. Pakleza, J.-B. Chalfen, M.-C. Duluc, A. Cybulski, 
in Science et technologies thermiques face au XXIe siecle, 
SFT2001, Acte du congres annuel Nantes, Edts. C. Castelain, D. Delaunay,
pp. 467-472, Elsevier 2001, 


\item{\em
Particle Image Velocimetry and Thermometry using Liquid Crystals
Tracers}, 
PIV'01 4th Int. Symp. on Particle Image Velocimetry
CD ROM Proc, pp.1134.1-10, 
Edt. J. Kompemhans, DLR Mitteilung 2001-03, Goettingen 2001.



\item{\em
Vertical transport ond mixing
in the Salt-Lake basin}, 
with P. Monti, M. Princevac, W.C. Chan, H.J. Fernando, 
3d Int. Symp. on Enviromental Hydraulics, 
CD ROM Proc, pp.00286.1-6,  Edts. D. Boyer \& R. Rankin, ASU, Tempe 2001.


\item{\em
Slope flow measurements during vertical transport and mixing
(VTMX) field experiment, Salt Lake City 2000}, 
with M. Princevac, H.J. Fernando, P. Monti,  W.C. Chan, J. Anderson, 
3d Int. Symp. on Enviromental Hydraulics, 
CD ROM Proc, pp.00238.1-6,  Edts. D. Boyer \& R. Rankin, ASU, Tempe 2001.

\item{\em
Application of  liquid crystal tracers for full field
temperature and velocity measurements}, 
3d Int. Symp. on Enviromental Hydraulics, 
CD ROM Proc, pp.00011.1-6,  Edts. D. Boyer \& R. Rankin, ASU, Tempe 2001.


\item{\em
Thermochromic liquid crystals applied for heat transfer research},
with J.A. Stasiek, Opto-electronics review, vol. 10(1), pp. 1-10, 2002



\item{\em
Observations of flow and turbulence 
in the nocturnal boundary layer}, 
with P. Monti, H.J. Fernando, M. Princevac, W.C. Chan, E.R. Padyjak,
J. Atmospheric Scs. vol. 59(17), 2513-2534, 2002

\item{\em
Experimental investigation 
of vapour bubble growth}, 
with M.-C. Duluc, J. Pakleza, Heat Transfer 2002,
vol. 3, pp. 479-485, Elsevier 2002

\item{\em
Experimental benchmark
for casting problems}, 
with A. Cybulski, T. Michalek, Heat Transfer 2002,
vol. 4, pp. 813-819, Elsevier 2002

\item{\em Particle Image Velocimetry and Thermometry 
in two phase problems}
in Visualization and Imaging in Transport Phenomena,
Annals of New York Academy of Sciences, vol.972, pp.213-222, 
edts. S. Siedeman \& A. Landesberg, NY 2002.

\item{\em
Tracking of coherent thermal structures on a heated wall. Part 2: DNS
Simulation}, with A. Mosyak, G. Hetsroni, Exp. in Fluids 34, pp. 390-396, 2003.

\item{\em
Simulation of the water freezing process - numerical
benchmarks}, 
with T. Michalek, TASK Quarterly 7: 389-408, 2003. 

\item{\em
Experimental Methods for Quantitative Analysis of Thermally Driven Flows} in
Phase Change with Convection, eds. T. Kowalewski, D. Gobin, CISM Course
Lecture Notes, vol.449, pp. 167-215, Springer 2004


\item{\em
Experimental 
analysis of vapour bubble growth on heated surface}, 
with K. Pakleza, R. Trzcinski, A. Zachara,
Archives of Theromdynamics, 25, pp. 1-12, 2004


\item{\em
Visualization of the Flow Structure and Temperature Field in 
the Region of Mixed Convection}, 
with .E. Fornalik , W. Leiner, J. S. Szmyd, H. Ozoe, 
in Mechanics of 21st Century, 
ICTAM2004 CD-ROM, edts. W. Gutkowski, T.A. Kowalewski, Springer Verlg.  2005.

\item{\em
Particle Image Velocimetry (PIV) for Cloud Droplets - Laboratory
Investigations},
with P. M. Korczyk, S. P. Malinowski, in
Mechanics of 21st Century, 
ICTAM2004 CD-ROM, edts. W. Gutkowski, T.A. Kowalewski, Springer Verlg.  2005.

\item{\em
Experimental and Numerical Study of Marangoni - Natural Convection},  
with Le Han Tan, E. Leonardi, T. J. Barber, S. S. Leong, in
Mechanics of 21st Century, ICTAM2004 CD-ROM, edts. W. Gutkowski, 
T.A. Kowalewski, Springer Verlg.  2005.

\item{\em
AHP Setup for Low Laminar Melt Flow Study in Crystal Growth}, 
with M. A. Gonik, J. A. Szymczyk,  
in Mechanics of 21st Century, ICTAM2004 CD-ROM, edts. 
W. Gutkowski, T.A. Kowalewski, Springer Verlg.  2005.

\item{\em
Electrospinning of Liquid Jets}, 
with S. Blonski, A. Blasinska, 
in Mechanics of 21st Century, 
ICTAM2004 CD-ROM, edts. W. Gutkowski, T.A. Kowalewski, Springer Verlg.  2005


\item{\em
Natural Convection for Anomalous Density Variation of Water - Numerical
Benchmark}, 
with T. Michalek, B. Sarler, 
in Mechanics of 21st Century, 
ICTAM2004 CD-ROM, edts. W. Gutkowski, T.A. Kowalewski, Springer Verlg.  2005.

\item{\em
Thermodynamic Parameters of Vapour Bubble Growth by Image Analysis}, 
with Zachara, J. Pakleza, S. Blonski, R. Trzcinski, 
in Mechanics of 21st Century, ICTAM2004 CD-ROM, edts. W. Gutkowski, 
T.A. Kowalewski, Springer Verlg.  2005.


\item{\em
Experiments on Up-slope to Down-slope Transition in an Inclined Box
Filled with Water}, 
with K. Dekajlo, H. J. S. Fernando, 
in Mechanics of 21st Century, 
ICTAM2004 CD-ROM, edts. W. Gutkowski, T.A. Kowalewski, Springer Verlg.  2005.


\item{\em
Optical technique DPIV in measurements of granular material flows, Part 1/3
- plane hoppers}, 
with I. Sielamowicz, S. Blonski, Chem. Eng. Sci., 60, pp. 589-598, 2005

\item{\em
Laboratory benchmarks for validating numerical simulation
of casting problems},
with A. Cybulski, T. Michalek, M. Kowalczyk,
Prace IPPT - IFTR Reports, vol. 1/2005, IPPT PAN, Warszawa 2005


\item{\em
Natural Convection for Anomalous Density Variation of Water - Numerical
Benchmark}, with T. Michalek, B. Saler, Progress in Computational Fluid
Dynamics 5, pp. 158--170, 2005.


\item{\em
Numerical
Benchmark Based on Natural Convection of Freezing Water 
}, with T. Michalek, 
4th International Conference on Computational Heat and Mass Transfer,
vol 1, p. 7-11, University Cachan 2005 

\item{\em
Experimental and numerical investigation of natural convection in
rectangular inclined enclosure},
with K. Dekajlo,
w Numerical Heat Transfer 2005,Eurotherm 82, 
Sept. 13-16, 2005 Krakow, p. 953-962. 


\item{\em
Selected laboratory 
benchmarks for validating numerical simulation of casting problems},
with M. Kowalczyk, T. Michalek, A. Cybulski
w Numerical Heat Transfer 2005,
Eurotherm 82, 
Sept. 13-16, 2005 Krakow, p. 589-598. 

\item{\em
Experiments  and modelling of electrospinning process}, 
with S, Blonski, S. Baral, 
Bulletin Polish Acad. Scs., vol. 53/4, p. 385-394,  2005.


\item{\em
Mixing of cloud and clear
air in centimetre scales observed in laboratory}, 
with P. Korczyk, S.P. Malinowski, 
J. Atmospheric Research (in print), 2006

\item{\em
Digital Particle Image Velocimetry (DPIV) technique in measurements of
granular material flows, Part 2 of 3-converging hoppers}
with I. Sielamowicz, S.Blonski,
Chem. Eng. Scs. 61,5307-5317, 2006.


\item{\em
Turbulent
Flow in a Micro-Channel}, with S. Blonski, P. Korczyk,
in    ASME 4th International Conference on Nanochannels, Microchannels and
Minichannels, June 2006,
Limerick, CD-ROM Proceedings ISBN 0-7918-3778-5, 96090, p. 1-8, 2006.



\end{enumerate}

\bigskip

%Dr hab. T. A. Kowalewski  \hskip 60mm       Warszawa, \today \\

\begin{figure*}[h]
\psfig{figure=sign_kow0.eps,height=1cm,clip=}
\em{Dr hab. T. A. Kowalewski  \hskip 60mm       Warszawa, \today }
\end{figure*}


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