Analysis of nonstationary heating and cooling of a thermomagnetic engine gadolinium working element

Gabrielyan, David A.; Semenov, V. V.; Martirosov, David

doi:10.3103/s1068799813030082

Cited by 5 publications

(4 citation statements)

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“…Using the calculation method [8,10] and all the data for materials and installation sites we can obtain the following results shown in the table (Table 2.): Table 2. Characteristics for different materials TMPP AWE (Gd, MnFeP0.45As0.55) (F1, W1 is the power of one plate and the power of one magnetic system; FMS is power with a magnetic system; F, W is total power and 6-power and magnetic systems).…”

Section: Resultsmentioning

confidence: 99%

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Heat Waste Use for Additional Electricity Generating Using Magnets Thermal Power Plants

Gabrielyan

Semenov

Uteshev

et al. 2015

Procedia Engineering

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Waste heat disposal in large thermal power plants and power generators, nuclear power, oil and gas industry, from aviation and space power systems, where a large amount of coolant circulates with low temperatures (0 -150°C) will increase a release of electrical power and the facility efficiency. The paper suggests the use of magnetothermal power devices for recycling the waste heat from oil and gas companies and other waste heat sources; the method of calculating the mechanical power of the unit with respect to the heat emission utilization; the calculation results and the positive effect from the disposal of low-grade heat sources.

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Section: Resultsmentioning

confidence: 99%

“…Due to the strong dependence of the magnetic material magnetization from the temperature near the Curie point the body [8] can make the magnetic phase transition in the redistribution of a few degrees, which greatly reduce the cost of heat.…”

Section: Study Subject Magneto Caloric Power Plantmentioning

confidence: 99%

Heat Waste Use for Additional Electricity Generating Using Magnets Thermal Power Plants

Gabrielyan

Semenov

Uteshev

et al. 2015

Procedia Engineering

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“… Alimentação de sensores sem fio (aplicações em sistemas de baixíssima potência) [76], [82]  Exploração aeroespacial [83].…”

Section: Sugestões De Aplicaçãounclassified

“… Atuadores mecânicos em sistemas de criogenia [8]. [7], [8], [72], [81], [83], [93], [22], [36], [52], [55], [59], [61], [68], [71]. Fonte: Adaptado do artigo de Bessa et al [19].…”

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Métodos analíticos para o cálculo de desempenho de motores termomagnéticos do tipo tesla.

Bessa¹

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O desenvolvimento deste trabalho só foi possível graças à colaboração de algumas pessoas e sou grato a todas elas. Primeiramente gostaria de agradecer o meu orientador, Prof. Dr. Oswaldo Horikawa, pela paciência, orientação, recomendações e tempo dedicado à realização dessa pesquisa. Agradeço também ao Prof. Dr. Sergio Gama por todo apoio, conhecimento, recursos e tempo dedicado à realização deste estudo, sem isso esse trabalho não teria sido concluído.

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Thermodynamic optimization of a linear thermomagnetic motor

Corrêa

Rowe²,

Trevizoli³

2023

Applied Thermal Engineering

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Analysis of nonstationary heating and cooling of a thermomagnetic engine gadolinium working element

Cited by 5 publications

References 1 publication

Heat Waste Use for Additional Electricity Generating Using Magnets Thermal Power Plants

Heat Waste Use for Additional Electricity Generating Using Magnets Thermal Power Plants

Métodos analíticos para o cálculo de desempenho de motores termomagnéticos do tipo tesla.

Thermodynamic optimization of a linear thermomagnetic motor

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Analysis of nonstationary heating and cooling of a thermomagnetic engine gadolinium working element

Cited by 5 publications

References 1 publication

Heat Waste Use for Additional Electricity Generating Using Magnets Thermal Power Plants

Heat Waste Use for Additional Electricity Generating Using Magnets Thermal Power Plants

Métodos analí­ticos para o cálculo de desempenho de motores termomagnéticos do tipo tesla.

Thermodynamic optimization of a linear thermomagnetic motor

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Product

Resources

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Métodos analíticos para o cálculo de desempenho de motores termomagnéticos do tipo tesla.