Publication detail
Heat Transfer Study of Multi–Jet Nozzle and Spray Nozzle
POHANKA, M. RAUDENSKÝ, M. HNÍZDIL, M. STRÁNSKÝ, M. KOMÍNEK, J.
Czech title
Studie přestupu tepla pro trysky Multi-Jet a Spray
English title
Heat Transfer Study of Multi–Jet Nozzle and Spray Nozzle
Type
summary research report - contract. research
Language
en
Original abstract
The goal of this project was to study cooling capabilities of Multi Jet nozzle header and Spray nozzle header for wide range of flow rates. For upper spray cooling S.S.CO.K18897-U-SS-4040 nozzles were used and for bottom spray cooling S.S.CO.K18897-F-SS-8023 nozzles were used. The inverse computation was updated to be able to calibrate temperature sensors using new calibrator.
Czech abstract
Cílem tohoto projektu bylo studium možnosti chlazení kolektoru s polem laminárních trysek a kolektoru s řadou plochých a kuželových trysek pro široký rozsah průtoků. Pro horní chlazení byly použity trysky SSCO.K18897-U-SS-4040 a pro spodní chlazení byly použity trysky SSCO.K18897-F-SS-8023. Inverzní výpočet byl aktualizován, aby bylo možné provést kalibraci teplotních čidel pomocí nového kalibrátoru.
English abstract
The goal of this project was to study cooling capabilities of Multi Jet nozzle header and Spray nozzle header for wide range of flow rates. For upper spray cooling S.S.CO.K18897-U-SS-4040 nozzles were used and for bottom spray cooling S.S.CO.K18897-F-SS-8023 nozzles were used. The inverse computation was updated to be able to calibrate temperature sensors using new calibrator.
Keywords in Czech
chlazení, tryska, laminární, ploché, kuželové, inverzní výpočet
Keywords in English
cooling, nozzle, laminar, flat-fan, full-cone, inverse computation
Released
23.01.2014
Pages from–to
1–143
Pages count
143