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SAIFULHASMADY 研究業績一覧 (10件)
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国際会議発表 (査読有り)
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A.R. Irsyad,
B. Kim,
H.D. Doan,
S. Hasmady,
K. Fushinobu.
Numerical Study of Heat Transfer and Chemical Kinetics of Solar Thermochemical Reactor for Hydrogen Production,
International Conference on Thermal Science and Technology (ICTST) 2017,
AIP Conference Proceedings (Proc. ICTST2017),
Sept. 2018.
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Sabrine Yousfi,
Truc Nguyen The,
syun ito,
Hasmady Saiful,
Doku hon Doan,
KAZUYOSHI FUSHINOBU.
Numerical and experimental investigation on the effect of thermo-fluid distribution on gas species transport characteristics in a PEMFC membrane,
IFHT2016,
Proc. IFHT2016,
Nov. 2016.
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S. Hasmady,
K. Fushinobu.
A NUMERICAL STUDY ON PEMFC ELECTRODE CONTAMINATION KINETICS WITHIN A MULTIPHASE TRANSPORT ENVIRONMENT,
25th International Symposium on Transport Phenomena (ISTP-24),
Proc. ISTP-25,
Nov. 2014.
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S. Hasmady,
K. Fushinobu.
Inclusion of Non-Isothermal Effects in Modeling Electrochemical Kinetics of Contaminated PEM Fuel Cell Electrodes,
IHTC-15 (15th International Heat Transfer Conference),
Proc. IHTC-15 (15th International Heat Transfer Conference),
Aug. 2014.
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S. Hasmady,
K. Fushinobu.
Implementation of the Langmuir-Freundlich isotherm in modeling coupled transport-heterogeneous electrochemistry in contaminated PEM fuel cells,
24th International Symposium on Transport Phenomena (ISTP-24),
Proc. ISTP-24,
pp. 184-191,
Nov. 2013.
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S. Hasmady,
K. Fushinobu.
Bridging Model of PEMFC Electrode Heterogeneous Contamination Kinetics with Multiphase Transport,
3rd International Forum on Heat Transfer,
Proc. 3rd IFHT,
Nov. 2012.
学位論文
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Modeling Reaction Kinetics and its Bridging to Transport Phenomena in a PEM Fuel Cell Under Contamination,
Summary,
博士(工学),
Tokyo Institute of Technology,
2015/03/26,
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Modeling Reaction Kinetics and its Bridging to Transport Phenomena in a PEM Fuel Cell Under Contamination,
Outline,
博士(工学),
Tokyo Institute of Technology,
2015/03/26,
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Modeling Reaction Kinetics and its Bridging to Transport Phenomena in a PEM Fuel Cell Under Contamination,
Thesis,
Doctor (Engineering),
Tokyo Institute of Technology,
2015/03/26,
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Modeling Reaction Kinetics and its Bridging to Transport Phenomena in a PEM Fuel Cell Under Contamination,
Exam Summary,
博士(工学),
Tokyo Institute of Technology,
2015/03/26,
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