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Best results in : Research Potential Pokaż wszystkie wyniki (109)
Search results for: THERMOACOUSTIC THERMOACOUSTIC CORE RECUPERATIVE HEAT EXCHANGER TEMPERATURE DISTRIBUTION MATRIX GAIN FACTOR
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Katedra Automatyki i Energetyki
Research PotentialMikroprocesorowe urządzenia pomiarowo-rejestrujące i systemy monitorowania wykorzystujące technologie sieciowe, systemy sterowania urządzeniami i procesami technologicznymi. Systemy sterowania w obiektach energetyki odnawialnej, skupionych i rozproszonych. Modelowanie i symulacja obiektów dynamicznych, procesów oraz systemów sterowania i kontroli; projektowanie interfejsów operatorskich. Systemy elektroenergetyczne i automatyki...
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Zespół Systemów i Urządzeń Energetyki Cieplnej
Research Potentialintensyfikacja wymiany ciepła, nowoczesne wymienniki ciepła, wysokotemperaturowe pompy ciepła, mikrosiłownie ORC i inne
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Zespół Termodynamiki, Chłodnictwa i Klimatyzacji
Research PotentialZagadnienia związane z konwersją energii, technikami pomiarowymi i chłodnictwem
Best results in : Business Offer Pokaż wszystkie wyniki (42)
Search results for: THERMOACOUSTIC THERMOACOUSTIC CORE RECUPERATIVE HEAT EXCHANGER TEMPERATURE DISTRIBUTION MATRIX GAIN FACTOR
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Laboratorium Nanomateriałów CZT
Business OfferBadanie właściwość powierzchni z wykorzystaniem mikroskopu sił atomowych
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Laboratorium Badawcze 2-3
Business OfferObliczenia komputerowe wymagające dużych mocy obliczeniowych z wykorzystaniem oprogramowania typu: Matlab, Tomlab, Gams, Apros.
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Centrum Civitroniki – Centrum Zaawansowanych Technologii
Business OfferCentrum Civitroniki działa na Wydziale Inżynierii Lądowej i Środowiska Politechniki Gdańskiej. W skład Centrum Cicitroniki wchodzą następujące pracownie:Pracownia DIM-Tefal, Pracownia defektorskopii, badań materiału i konstrukcji metalowych, Pracownia geodezyjnego monitorowania budowli inżynierskich, Pracownia badań drogowych, Pracownia fizyki budowli oraz Nazwa Civitronika jest wynikiem połączenia wyrażeń: „civil engineering”...
Other results Pokaż wszystkie wyniki (8862)
Search results for: THERMOACOUSTIC THERMOACOUSTIC CORE RECUPERATIVE HEAT EXCHANGER TEMPERATURE DISTRIBUTION MATRIX GAIN FACTOR
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Impact of the type of heat exchanger on the characteristics of low-temperature thermoacoustic heat engines
PublicationThermoacoustic technologies are considered an effective solution for harnessing low-temperature heat, whether from waste or renewable sources. However, in practice, developing and implementing high-performance ther- moacoustic systems is a complex challenge. In real waste heat recovery systems, heat exchange between ther- moacoustic engines (TAEs) and external heat sources is facilitated by auxiliary systems, such as circulation...
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Numerical analysis of high temperature minichannel heat exchanger for recuperative microturbine system
PublicationConsidering the development of energy sector, distributed small-scale power generation, e.g., gas micro-CHP, is attracting considerable interest. In such installations, the heat exchanger is one of the key components possessing a significant influence on overall performance. Most studies concentrate on units operating below 900C, which do not fulfil the requirements of gas micro-CHP. Therefore, there remains a challenge to design...
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An experimental investigation on the effect of new continuous core-baffle geometry on the mixed convection heat transfer in shell and coil heat exchanger
PublicationIn the article, the authors presented the influence of continuous core-baffle geometry at mixed convection heat transfer in shell and coil heat exchanger. Experiments were carried out for a large power range, i.e. from 100W to 1200W and mass flow rates ranging from 0.01 kg/s to 0.025 kg/s. During the experiments, the mass flow rate of cooling water, the temperature of water at the inlet and outlet as well as the wall temperature...
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Numerical analysis of high temperature minichannels heat exchanger performance
PublicationNowadays, the most difficult technological challenge in energy sector is connected with the gas micro-CHP units, dedicated to the distributed power generation. They are expected to be of high efficiency and at the same time of compact in size. Regarding the first reason, significant increase in microturbine efficiency can only be achieved by increase in the engine operating temperature. Therefore, one of the critical elements in...
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High Performance Tubular Heat Exchanger with Minijet Heat Transfer Enhancement
PublicationIn the paper, the original cylindrical heat exchanger with minijets (MJHE) was introduced. The systematic experimental analysis of the prototype heat exchanger was described with special attention paid to such parameters as the heat transfer effectiveness, heat transfer rates, overall heat transfer coefficients, and pressure drop. The heat transfer coefficients were determined based on Wilson plot method, the most suitable approach...