Time Table

[06/03]
[06/04]
[06/05]

2020/06/03 (Day 1)

Room A	Room B	Room C	Room D	Room E
A11 09:30〜10:50 Development of innovative materials and device technologies by understanding and controlling nanoscale thermodynamics 1		C11 09:30〜10:50 Hydrogen, Fuel cell, Secondary battery 1	D11 09:50〜10:50 Frontier of combustion heat transfer research 1	E11 09:30〜10:50 Heat pipe 1
A12 11:05〜12:25 Development of innovative materials and device technologies by understanding and controlling nanoscale thermodynamics 2	B12 11:05〜11:45 Progress of research on heat transfer with turbulence 1	C12 11:05〜12:25 Hydrogen, Fuel cell, Secondary battery 2	D12 11:05〜12:25 Frontier of combustion heat transfer research 2	E12 11:05〜12:25 Heat pipe 2
A13 14:00〜15:20 Development of innovative materials and device technologies by understanding and controlling nanoscale thermodynamics 3	B13 14:00〜15:20 Progress of research on heat transfer with turbulence 2	C13 14:00〜15:20 Hydrogen, Fuel cell, Secondary battery 3	D13 14:00〜15:20 Frontier of combustion heat transfer research 3	E13 14:00〜15:20 Heat pipe 3
A14 15:30〜17:30 Workshop on HTSJ Promoted Reseach 1

Room F	Room G	Room H	Room I	Room J
F11 09:50〜10:50 Thermoacoustic 1	G11 09:30〜10:50 Boiling and condensation 1		I11 09:30〜10:50 Promotion of heat and mass transport for thermal energy materials and systems 1
F12 11:05〜12:25 Thermoacoustic 2	G12 11:05〜12:25 Boiling and condensation 2	H12 11:05〜12:25 Radiation transport and radiative properties 1	I12 11:05〜12:25 Promotion of heat and mass transport for thermal energy materials and systems 2	J12 11:05〜12:25 Bio heat transfer 1
F13 14:00〜15:20 Air conditioning and Thermal equipment 1	G13 14:00〜15:20 Boiling and condensation 3	H13 14:00〜15:20 Radiation transport and radiative properties 2	I13 14:00〜15:20 Promotion of heat and mass transport for thermal energy materials and systems 3	J13 14:00〜15:00 Bio heat transfer 2

2020/06/04 (Day 2)

Room A	Room B	Room C	Room D	Room E
A21 09:30〜10:50 Development of innovative materials and device technologies by understanding and controlling nanoscale thermodynamics 4	B21 09:30〜10:50 Progress of research on heat transfer with turbulence 3	C21 09:30〜10:50 Hydrogen, Fuel cell, Secondary battery 4	D21 09:30〜10:50 Frontier of combustion heat transfer research 4	E21 09:30〜10:50 Heat pipe 4
A22 11:05〜12:15 Development of innovative materials and device technologies by understanding and controlling nanoscale thermodynamics 5	B22 11:05〜12:25 Progress of research on heat transfer with turbulence 4	C22 11:05〜12:25 Hydrogen, Fuel cell, Secondary battery 5	D22 11:05〜12:25 Frontier of combustion heat transfer research 5	E22 11:05〜12:25 Heat pipe 5
A23 14:00〜15:20 Development of innovative materials and device technologies by understanding and controlling nanoscale thermodynamics 6	B23 14:00〜15:00 Nonlinear thermal fluid phenomena and heat transfer 1	C23 14:00〜15:20 Hydrogen, Fuel cell, Secondary battery 6	D23 14:00〜15:20 Molecular dynamics 1	E23 14:00〜15:20 Cooling of electronic equipment 1

Room F	Room G	Room H	Room I	Room J
F21 09:30〜10:50 Utilization of MEMS for heat transfer research 1	G21 09:30〜10:50 Boiling and condensation 4	H21 09:30〜12:30 Introduction of Component and Technology Development by Companies in Hokuriku and Jou-Shin-Etsu district 1	I21 09:30〜10:50 Thermal engineering in chemical process 1	J21 09:30〜10:50 Melting and solidification 1
F22 11:05〜12:25 Utilization of MEMS for heat transfer research 2	G22 11:05〜12:45 Boiling and condensation 5		I22 11:05〜12:25 Thermal engineering in chemical process 2	J22 11:05〜12:45 Melting and solidification 2
F23 14:00〜15:20 Multiphase flow 1	G23 14:00〜15:20 Boiling and condensation 6	H23 14:00〜15:20 The footprints of the relationship between humans and heat 1	I23 14:00〜15:20 Measurement technology 1	J23 14:00〜15:20 Melting and solidification 3

2020/06/05 (Day 3)

Room A	Room B	Room C	Room D	Room E
A31 09:30〜10:50 Nano and micro heat transfer 1	B31 09:30〜10:50 Nonlinear thermal fluid phenomena and heat transfer 2	C31 09:30〜10:50 Hydrogen, Fuel cell, Secondary battery 7	D31 09:30〜10:50 Molecular dynamics 2	E31 09:30〜10:50 Cooling of electronic equipment 2
A32 11:05〜12:45 Nano and micro heat transfer 2	B32 11:05〜12:25 Nonlinear thermal fluid phenomena and heat transfer 3	C32 11:05〜12:25 Hydrogen, Fuel cell, Secondary battery 8	D32 11:05〜12:45 Molecular dynamics 3	E32 11:05〜12:25 Cooling of electronic equipment 3
	B33 13:40〜14:40 Nonlinear thermal fluid phenomena and heat transfer 4	C33 13:40〜15:00 Hydrogen, Fuel cell, Secondary battery 9		E33 13:40〜14:40 Cooling of electronic equipment 4

Room F	Room G	Room H	Room I	Room J
F31 09:30〜10:50 Mass transfer 1	G31 09:30〜10:50 Boiling and condensation 7	H31 09:30〜10:50 Forced convection 1	I31 09:30〜10:50 Measurement technology 2	J31 09:30〜10:50 Heat transfer in the porous media 1
F32 11:05〜12:25 Mass transfer 2	G32 11:05〜12:25 Boiling and condensation 8	H32 11:05〜12:45 Forced convection 2	I32 11:05〜12:25 Measurement technology 3	J32 11:05〜12:45 Heat transfer in the porous media 2
	G33 13:40〜15:00 Boiling and condensation 9	H33 13:40〜15:00 Natural convection 1

57th National Heat Transfer Symposium of JAPAN

2020/06/03～2020/06/05