SVIBOR - Papers quoted in CC - project code: 2-08-340
MINISTRY OF SCIENCE AND TECHNOLOGY
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SVIBOR - Collecting Data on Projects in Croatia
Papers quoted in Current Contents on project 2-08-340
Quoted papers: 2
Other papers: 13
Total: 15
Title: Heat and Mass Transfer at a Heat Pipe
- Authors:
- Guzović, Zvonimir (113641)
Journal: Strojarstvo
Number: 56
ISSN: 0562-1887
Volume: 33
Year: 1991
Pages: from 303 to 314
Number of references: 3
Language: hrvatski
Summary: The paper presents hat and mass transfer at heat pipe
withcorresponding phenomena: Effect of capillary forces, flow andpressure
differences at different phases of working fluid, effectof body forces,
entraintment, heat transfer and temperaturedifferences and compatibility of
used materials.
Keywords: Heat pipe, Heat transfer, Mass transfer
Title: HEAT AND MASS TRANSFER IN ROTATIG MACHINERY
- Authors:
- Matijašević, Branimir (29640)
Journal: Strojarstvo
ISSN: 0562-1887
Year: 1995
Number of references: 26
Language: hrvatski
Summary: This article presents review of the systems and types of
rotating fluid flows which occur in a rotating machinery. By them the
primary and secondary flows of the fluid can be described. The review and
coments of commonly used corelations for calculation of the moment and
covective heat transfer coefficients make possible more reliable
application by defining boundary condittions in rotating machinery heat and
mass transfer analyses. Especially comments are made on the influenece of
geometry and the temperatures of flow channel walls on heat and mass
transfer conditions.
Keywords: Heat and mass transfer, Rotating fluid flow, Raotaing mschinery
Title: The influence of the cooling channel design on flow rate
of cooling media in synchronous machines
- Authors:
- Pavličević, Milorad (35543)
- Matijašević, Branimir (29640)
Number: naro
ISSN: 621.313.13
Volume: Među
Year: 1992
Pages: from 45 to 49
Number of references: 103
Language: hrvatski
Summary: The influence of the cooling channel design on flow
rate ofcooling media in synchronous machines.
Summary: Yhis paper deal with results of an analises of acharasteristical
design in air cooled synchronous machines. Ananalyses was performed to
determine the influence of shape or geometry of cooling channel and type of
fans to flow rate ofcoolin media.
The computed value good agreement with those measured on anrealized
object. It is pointed out the way of the optimizeddesign of the cooling
system.
Keywords: Synchronous machines
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