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THERMO
CD-ROM
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| 53/2 |
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
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S8T04 |
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| 54/3 |
Gy. Grof (Budapest
Univ. of Technology and
Economics, Hungary):
An
evaluation procedure in
determining the thermal
diffusivity in use of the
flash method
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S8T05 |
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| 55/4 |
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
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S8T06 |
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| 57/6 |
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
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S8T08 |
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| 59/8 |
W.
Bauer, J.
Bauer (Univ. Duisburg-Essen,
Duisburg, Germany):
Calculation
of the unsteady heat
conduction in multi-layer
walls
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S8T11 |
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| 60/9 |
W.
Bauer,
M. Rink, K. Smit (Univ.
Duisburg-Essen, Duisburg,
Germany):
Spectral
emissivities of graphite
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S8T12 |
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| 61/10 |
W.
Bauer, T.
Funke (Univ. Duisburg-Essen,
Duisburg, Germany):
Optimization
of the construction of
multi-layer furnace walls
for steady-state heat
transfer conditions
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S8T13 |
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