with Exhibition
and Pre-Session on Thermal Energy
in Hungarian
"THERMO-BRIDGE"
between East and West for
technology transfer and
information exchange
|
Scientific
Society of Measurement,
Automation and
Informatics (MATE)
Branch
of Thermal Engineering
and Thermogrammetry (TE
and TGM)
Méréstechnikai,
Automatizálási és
Informatikai Tudományos
Egyesület
Hőtechnikai
és Termogrammetriai (HT
és TGM) Szakosztály
MATE
Secretariat: H-1372
Budapest, POB. 451.,
Hungary
House of
Technology, Budapest V.,
Kossuth Lajos tér 6-8.
III.318.
Phone: +361-332-9571,
Fax: +361-353-1406 ,
e-mail: benko@hp.osski.hu or benko@energia.bme.hu,
Welcome
to the homepage of
www.mate.mtesz.hu
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| HOME |
Plenary
lectures / Plenáris előadások
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| 1 |
I. Dincer,
M. M. Hussain (Dpt. of Mech.
Engng., KFUPM, Dhahran, Saudi
Arabia): Modelling
of two-dimensional heat and
moisture transfer during drying
of cylindrical products
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P01
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| 2 |
L. I. Kiss,
T. Meenken (Université du Québec
a Chicoutimi, Québec, Canada): Determination
of fast changing heat fluxes
along the surface a water-film
cooled ingot |
P02
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Infrared
imagery and analysis/ Infravörös
képalkotás és képfeldolgozás
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| 3 |
I. Benkö
(Budapest Univ. of Technology and
Economics, Hungary): Analysis
of thermal bridges of building
structures through infrared
thermograms |
S1I01 |
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| 4 |
D.
Bisorca, I. Ionel,
F. Popescu, S. Ionel, C.
Ungureanu (Univ. Politehnica
Timisoara, Romania): Air
quality investigation by means of
remote sensing with application
to CO thermodynamic measurements
in the city of Timisoara |
S1I02 |
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| 5 |
I.
Boras, S. Svaic (Univ.
of Zagreb, Fac. of M.E. and Naval
Arch., Croatia): Thermography
and 3D numerical method - a tool
for determination the material
thermal properties |
S1I03 |
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| 6 |
A.
Dillenz (IKP-ZFP, University
of Stuttgart): Elastic
wave excited thermography for
industrial applications |
S1I04 |
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| 7 |
M.
Honner, P. Litos
(Dpt. Thermomech. of Techn.
Processes, N.T.R.C., Univ. of
West Bohemia, Pilsen, Czech
Republic): Thermographic
analysis of the hot-air soldering
of the electronic circuit board |
S1I05 |
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| 8 |
Z.
Hrytskiv, V. Hoy, P.
Kondratov ( Lviv Polytechnic
National University, Lviv,
Ukraine): Optimization
of scannig mode for pyroelectric
vidicon based thermal imaging
cameras |
S1I06 |
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| 9 |
S.
Panier1,
Ph. Dufrénoy2,
P. Brémond3
(1Ecole des Mines de
Douai; 2Ecole
Polytechnique Univ. de Lille,
Villeneuve d’Ascq; 3CEDIP
Infrared Systems, Croissy
Beaubourg, France): Infrared
characterization on thermal
gradients on disc brakes |
S1I07 |
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| 10 |
B.
Wiecek, R. Danych, S.
Zwolenik (Techn. Univ. of
Lodz, Inst. of Electronics, Lodz,
Poland): Infrared
systems for fast thermal process
investigation |
S1I08 |
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| 11 |
A. Wyckhuyse, X.
Maldague (University
Laval, Quebec city, Canada):
Infrared thermography for wood
decay detection |
S1I09 |
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| 12 |
J.B.
Yebras, J.M. Aranda, J. Melendez,
A.J. de Castro, F.
Lopez ( LIR-Univ.
Carlos III. de Madrid, Leganes,
Spain): Leak
detection by infrared spectral
imaging |
S1I10 |
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Combustion
and environmental protection/ Égéstechnika
és környezetvédelem
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| 13 |
S. A.
Aipshtein, E.G.Gorlov,
A.A. Laktionov-Mandelshtam, I.V.
Safonov (Institute of Fossil
Fuels, Moscow, Russia):Method of
the quantitative and qualitative
analysis composite fuels |
S2C01 |
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| 14 |
S.A.
Aipshtein, O.I.
Suprunenko, M.I. Rogailin, V. U.
Chunaev (Institute of Fossil
Fuels, Moscow, Russia): The
control of CVD-process at the
carbon-carbon materials
production |
S2C02 |
| 15 |
Y.
Ajabshirchy, V.
Pirouzpanah, I. Randjbar, A.
Mohebby (Univ. of Tabriz,
Tabriz, Iran): Experimental
investigation of effect of
different locations of cold EGR
fluid on performance and
pollutant in carburated SI
engines |
S2C03 |
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| 16 |
S.
Dhimdi, P. Vandevelde
(Univ. of Ghent, Lab. of Heat
Transfer and Fire Safety, Belgium):
Dimensionless
formulation for heat and smoke
evacuation |
S2C04 |
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| 17 |
V.V.
Ghia ( Inst. of thermal
engines, Univ. Politechnica of
Bucharest, Romania): Burning
improvement of water-in heavy oil
emulsion using combustion
simulation |
S2C05 |
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| 18 |
V.
Goutiere1,
L. I. Kiss2, W.
Stevens1, G.
Walter2 (1Alcan
Inc., Arvida R&D Center,
Jonquiere, Qc, Canada, 2Université
du Québec a Chicoutimi, Québec,
Canada): Application
of modern modeling tools for
industrial burner
characterizations |
S2C06 |
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| 19 |
B. O.
Kashani (Univ. of Birjand,
Birjand, Iran): Consideration
of the valve timing effect on
performance and pollutants
emission in dual-fuel Diesel
engines |
S2C07 |
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| 20 |
A.
Liazid, M. Guen,
B. Kerboua (Labor.L.T.E.-ENSET
Oran, Algeria): Mathematical
model of unsteady mechanical
characteristics of a diesel
engine |
S2C08 |
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| 21 |
A.
Liazid, M. Guen,
B. Kerboua (Labor.L.T.E.-ENSET
Oran, Algeria): Mathematical
model of unsteady mechanical
characteristics of a diesel
engine |
S2C09 |
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| 22 |
L.
Mihaescu, T. Prisecaru,
A.S. Ene, M. Prisecaru (Politehnica
University of Bucharest,
Bucharest, Romania): Experiments
and numerical simulations upon
burning process of coal and wood
biomass mixture in a pilot
furnace of 2.5 MWt |
S2C10 |
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| 23 |
M.R. Modaress-Razavi
(Ferdowsi Univ. of Mashhad,
Mashhad, Iran): The
effect of spark plug position on
combustion of spark ignition
engine |
S2C11 |
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| 24 |
V.
Pirouzpanah, K.
Eisazadeh (Univ. of Tabriz,
Tabriz, Iran): Effect
of fuel cetane number on fuel
consumption and emission
characteristics of an indirect-injection
diesel engine |
S2C12 |
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Medicine
and biology / Gyógyászat és
biológia
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| 25 |
K.
Ammer, P. Melnizky (Ludwig
Boltzmann Research Inst. for
Physical Diagn.,
Hanuschkrankenhaus, Vienna,
Austria): Temperature
of hot packs for medical
treatment |
S3M01 |
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| 26 |
A.K.
Habboub (HON Techn.Inc.,
Division of HON INDUSTRIES,
Muscatine, IA, U.S.A): Thermal
evaluation of body support
systems using thermogrammetry and
interfacial temperaturte sensing |
S3M02 |
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| 27 |
G. J.
Köteles (National Res.
Inst. for Radiobiology and
Radiohygiene, Budapest), I.
Benkö (Budapest Univ. of
Technology and Economics, Hungary):
Infrared picture analysis in the
field of radiation biology |
S3M03 |
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| 28 |
P.
Murawski, A. Jung, J.
Zuber, B. Kalicki (Thermology
Lab. of Dpt. of Paediatrics,
Military Medical Inst. Warsaw,
Poland): An
extendable database for thermal
images archiv, project and
realization |
S3M04 |
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| 29 |
E.F.J.
Ring (School of Computing,
Univ. of Glamorgan, Pontypridd, U.K.):
History of
quantitation of thermography |
S3M05 |
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Renewables/
Megújuló energiaforrások
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| 30 |
A. Bilgin,
S. Caran, A. Bolatturk (Suleyman
Demirel Univ., Fac. of Engn. and
Arch., Isparta, Turkey): Geothermal
resurces and mineral waters in
Isparta and surrounding area |
S4R01 |
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| 31 |
A. Eltez, N.
Özbalta, A. Güngör (Ege
Univ., Bornova-Izmir, Turkey ), M.
Eltez (Mugla Univ.,
Kotekli-Mugla, Turkey): Thermodynamical
test procedure of solar box
cookers |
S4R02 |
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| 32 |
A. Güngör,
N. Özbalta (Ege Univ.,
Izmir, Turkey ): Design
of a greenhouse for solar drying
of sultana grapes and
experimental investigation on it |
S4R03 |
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Thermomechanics
and defectometry / Hőmechanika
és hibafeltárás
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| 33 |
S.P.
Gadaj, W. K. Nowacki,
E. A. Pieczyska (Inst. of
Fundamental Techn. Res. of PAS,
Warsaw, Poland): Thermal
and mechanical characteristics
during simple shear of materials |
S5TM01 |
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| 34 |
C.
Gruss, B.K. Bein*
(IEE SA, Echternach, Luxembourg;*Inst.
for Experimental Physics III.,
Ruhr Univ., Bochum, Germany): Study
of transient oxidation using the
modulated beam reflection
technique |
S5TM02 |
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| 35 |
C.
Kurbanoglu, E. Durak,
R. F. Tunay, K. Tefekci (Suleyman
Demirel Univ., Dpt. of Mech. Engn.,
Isparta, Turkey): Measuring
of the temperature rise in the
porous bearings based powder
metallurgy |
S5TM03 |
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| 36 |
G.
Kurilenko (Novosibirsk
State Technical University,
Novosibirsk, Russia): Non-destructive
check up of fatigue durability on
the basis of thermal phenomena |
S5TM04 |
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| 37 |
P. Muratovic
(Universíty of Tuzla, Bosnia and
Hercegovina): Basis
for estimate of friction machine
with large number of elements
catalog |
S5TM05 |
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| 38 |
E. A.
Pieczyska, W. K.
Nowacki, S.P. Gadaj (Inst. of
Fundamental Techn. Res. of PAS,
Warsaw, Poland): Polymers
– interesting aspects of
thermomechanical couplings during
relaxation processes |
S5TM06 |
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| 39 |
G.
Riegert, *G. Kunz, *R.
Nothhelfer-Richter, G. Busse
(IKP-ZFP, University of
Stuttgart; *Forsch. Inst. f.
Pigmente u. Lacke, Stuttgart,
Germany): Early
detection of corrosion damage
under coatings with thermographic
methods |
S5TM07 |
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Heat
and mass transfer / Hő- és
anyagátadás
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|
| 40 |
B. Al-zgoul
(Al-Balqa Applied University,
Tafila, Jordan): Heat exchange
during the process of ice
production on the outer surface
of the pivotal crystallizer |
S6H01 |
|
| 41 |
T.
Ayhan, M. B. Nabhan
(Univ. of Bahrain, Kingdom of
Bahrain), A.Tandiroglu (Ataturk
Univ., Erzincan, Turkey):
Channels with baffles and their
turbulent heat transfer, pressure
drop and enhancement |
S6H02 |
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| 42 |
W. Bauer,
J. Bauer (Univ. Duisburg-Essen,
Duisburg, Germany): Calculation
of the unsteady heat conduction
in multi-layer walls |
S6H03 |
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| 43 |
W.
Bauer, T. Funke (Univ.
Duisburg-Essen, Duisburg, Germany):
Optimization of the construction
of multi-layer furnace walls for
steady-state heat transfer
conditions |
S6H04 |
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| 44 |
C.
Biserni, E. Lorenzini (Univ.
of Bologna, Italy), A.
Fichera, A. Pagano
(Univ. of Catania, Catania,
Italy): Experimental analysis of
the dynamics of system exhibiting
vapotron effect |
S6H05 |
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| 45 |
Desrayund,
M. Marcoux(Univ. De Picardie
Jules Verne, Saint-Quentin,
France), ichhera, A. Pagano
(Univ. of Catania, Catania, Italy)
Analytical model for natural
onvection in a rectangular cavity
with heated vertical walls |
S6H06 |
|
| 46 |
M.-G.
Kang (Andong Nat. Univ.,
Kyungbuk, Korea): Effects of tube
inclination on nucleate pool
boiling heat transfer |
S6H07 |
|
| 47 |
Y.
Kaptan, E. Buyruk,
A. Can*, A. Fertelli (Cumhuriyet
Univ., Sivas; *Trakya Univ.,
Edirne, Turkey): Numerical
investigation of heat transfer
and flow sturctures of circular
and elliptical tubes in forced
convection |
S6H08 |
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Infrared
radiation/ Hősugárzás
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| 48 |
W.
Bauer, A. Moldenhauer (Univ.
Duisburg-Essen, Duisburg, Germany):
Spectral emissivities of ceramics
and refractories |
S7IR01 |
|
| 49 |
W.
Bauer, M. Rink, K.
Smit (Univ. Duisburg-Essen,
Duisburg, Germany): Spectral
emissivities of graphite |
S7IR02 |
|
| 50 |
I. Biris, Cr.Deac,
A.Voicu (Techn.
University of Cluj-Napolca,
Romania): Radiative heat exchange
intersification in heating
furnaces |
S7IR03 |
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| 51 |
G. Cuccurullo,
F. Santoro (Univ. of Salerno,
Fisciano, Italy), V. Pierro
(Univ. of Sannio, Benevento,
Italy): A procedure for measuring
microwave penetration depth |
S7IR04 |
|
| 52 |
K.-D.
Gruner , U. Kienitz
(Raytek GmbH, Berlin, Germany):
Modern infrared thermometers –
trends and applications |
S7IR05 |
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| 53 |
C. Gruss,
R.Huttner**, B.K. Bein*
(IEE SA, Echternach,
Luxembourg; *Inst. for
Experimental Physics III., Ruhr
Univ., Bochum, Germany;**
Whirpool, Technology Center,
Schondorf, Germany): Theoretical
and experimental analysis of a
photothermal modulation technique
for application to moving samples |
S7IR06 |
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| 54 |
B.
Soroka, V. Zgurskyy, K.
Pyanykh (Gas Institute, Kiev,
Ukraine): Development of the
Monte-Carlo method to predict
radiative heat transfer within
the boilers and furnaces |
S7IR07 |
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| 55 |
B. Wiecek, (Techn.
Univ. of Lodz, Inst. of
Electronics, Lodz, Poland):
Quantum-well versus thermal
detectors |
S7IR08 |
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Thermotechnics
/ Hőtechnika
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|
| 56 |
M. M. Abu-Khader
(Al-Balqa Applied University,
Amman, Jordan): Mathematical
expressions of temperature
disturbances through two heat
exchangers in series |
S8T01 |
|
| 57 |
A. Can*,
E. Buyruk**, Y. Can*** (*Trakya
Univ., Edirne; **Cumhuriyet Univ.,
Sivas; ***Istanbul Techn. Univ.,
Istanbul, Turkey): Heat bridges
effects on heat loss and heat
gain at buildings |
S8T02 |
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| 58 |
M.
Elshayeb, I. Hussein, M.Z. Yusof,
K.A. Rahman (Univ.
Tenega National, Selangor,
Malaysia ):Using intelligent
methodology to develop a steady
state heat transfer mathematical
model for watertube boiler |
S8T03 |
|
| 59 |
A. Galovic,
M.Zivic*, B. Halasz (*Univ.
of Osijek, Slavonski Brod,
Croatia; Univ. of
Zagreb,Fac. of M.E. and Naval
Arch., Croatia): The analysis of
the entropy production and heat
transfer efficiency of a
crossflow heat exchanger |
S8T04 |
|
| 60 |
Gy.
Grof (Budapest Univ. of
Technology and Economics, Hungary):
An evaluation procedure in
determining the thermal
diffusivity in use of the flash
method |
S8T05 |
|
| 61 |
B. Halasz,
M. Tadic, S. Mudrinic (Univ.
of Zagreb, Fac. of M.E. and Naval
Arch., Croatia): Analysis of the
entropy production in a
counterflow cooling tower |
S8T06 |
|
| 62 |
S.
Khandekar, M. Groll
(IKE, Univ. of Stuttgart, Germany):
Pulsating heat pipes: study on a
two-phase loop |
S8T07 |
|
| 63 |
V.
Nikulshin1,
C. Wu 2,
M. Bailey 3,
V. Nikulshina 4 (1Odessa
Nat. Polytechnic Univ. Ukraine; 2U.
S. Naval Academy, Annapolis; 3U.
S. Military Academy, New York; 4Odessa
State Academy of Refrigeration):
Optimization of heat exchanger
networks on thermoeconomical
graphs |
S8T08 |
|
| 64 |
B. Pavkovic
(Univ. of Rijeka, Croatia):
Numerical analysis of a single-stage
compression refrigeration system
with internal heat exchanger |
S8T09 |
|
| 65 |
S.
Torii, W.-J. Yang*
(Kagoshima Univ., Kagoshima,
Japan, *The Univ. of Michigan,
Ann Arbor, Michigan, U.S.A.): Non-Fourier
conduction in a thin film using
MacCormak's predictor-corrector
numerical scheme |
S8T10 |
|
| 66 |
S.
Torii, W.-J. Yang*
(Kagoshima Univ., Kagoshima,
Japan, *The Univ. of Michigan,
Ann Arbor, Michigan, U.S.A.): Non-Fourier
conduction in a thin film using
MacCormak's predictor-corrector
numerical scheme |
S8T11 |
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OSSKI
Center (Törley Palace)
"Fodor
József" National Center of
Public Heath
"Frédéric
Joliot-Curie" National
Research Institute for
Radiobiology and Radiohygiene. (OKK-OSSKI)
Welcome to the
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www.osski.hu
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