Author/Creator: Eimann, Ferdinand - British Library Electronic Legal Deposit Catalogue-Journal Issues and Articles Search Results

Author/Creator Eimann, Ferdinand

1. Convective dropwise condensation out of humid air inside a horizontal channel – Experimental investigation of the condensate heat transfer resistance. (December 2018)

Authors:: Eimann, Ferdinand; Zheng, Shaofei; Philipp, Christian; Fieback, Tobias; Gross, Ulrich
Journal:: International journal of heat and mass transfer
Issue:: Volume 127(2018)Part C
Page Start:: 448
Record Type:: Journal Article
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2. Dropwise condensation in the presence of non-condensable gas: Interaction effects of the droplet array using the distributed point sink method. (October 2019)

Authors:: Zheng, Shaofei; Eimann, Ferdinand; Philipp, Christian; Fieback, Tobias; Gross, Ulrich
Journal:: International journal of heat and mass transfer
Issue:: Volume 141(2019)
Page Start:: 34
Record Type:: Journal Article
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3. Dropwise condensation of humid air - Experimental investigation and modelling of the convective heat transfer. (June 2020)

Authors:: Eimann, Ferdinand; Zheng, Shaofei; Philipp, Christian; Omranpoor, Amir H.; Gross, Ulrich
Journal:: International journal of heat and mass transfer
Issue:: Volume 154(2020)
Page Start:
Record Type:: Journal Article
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4. Experimental and modeling investigations of dropwise condensation out of convective humid air flow. (April 2020)

Authors:: Zheng, Shaofei; Eimann, Ferdinand; Philipp, Christian; Fieback, Tobias; Gross, Ulrich
Journal:: International journal of heat and mass transfer
Issue:: Volume 151(2020)
Page Start:
Record Type:: Journal Article
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5. Modeling of heat and mass transfer for dropwise condensation of moist air and the experimental validation. (May 2018)

Authors:: Zheng, Shaofei; Eimann, Ferdinand; Philipp, Christian; Fieback, Tobias; Gross, Ulrich
Journal:: International journal of heat and mass transfer
Issue:: Volume 120(2018)
Page Start:: 879
Record Type:: Journal Article
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6. Numerical investigation of convective dropwise condensation flow by a hybrid thermal lattice Boltzmann method. (25th December 2018)

Authors:: Zheng, Shaofei; Eimann, Ferdinand; Fieback, Tobias; Xie, Gongnan; Gross, Ulrich
Journal:: Applied thermal engineering
Issue:: Volume 145(2018)
Page Start:: 590
Record Type:: Journal Article
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7. Single droplet condensation in presence of non-condensable gas by a multi-component multi-phase thermal lattice Boltzmann model. (August 2019)

Authors:: Zheng, Shaofei; Eimann, Ferdinand; Philipp, Christian; Fieback, Tobias; Gross, Ulrich
Journal:: International journal of heat and mass transfer
Issue:: Volume 139(2019)
Page Start:: 254
Record Type:: Journal Article
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