| Programme - Oral sections | |||||||||||||
| Monday Sept 5 | Solids | Techniques | Liquids | ||||||||||
| 9:00 | Opening ceremony | ||||||||||||
| KEY LECTURE | |||||||||||||
| 9:20 | J Fricke | ||||||||||||
| Vacuum Insulation Panels - Exciting Thermal Properties and Convincing Applications | |||||||||||||
| 10:00 | Coffee break 20 minutes | ||||||||||||
| Section | Processes | Section | Testing Techniques I | Section | Modeling | ||||||||
| Ref.No. | INVITED | Ref.No. | INVITED | Ref.No. | INVITED | ||||||||
| 10:20 | 1a-1 | 199 | J A J Robinson, A W D Hills, A T Dinsdale, R F Brooks, L A Chapman, B Roebuck, P N Quested | 1b-1 | 34 | A R H Goodwin, A Fitt, K Ronaldson, W A Wakeham | 1c-1 | 75 | M J Assael, K Gialou, K KakosimosI, N Metaxa | ||||
| Prediction of Properties of Steels Relevant to Process Simulation | Micro Electro Mechanical System (MEMS) for the measurement of density and viscosity | Thermal conductivity of nanofluids - Theoretical review and simulation | |||||||||||
| 10:50 | 1a-2 | 102 | J Blumm, J Opfermann | 1b-2 | 239 | S Yiftah, A Nabi | 1c-2 | 184 | Th. Laffite, D. Bessières, M. M. Piñeiro, J. L. Daridon | ||||
| Thermophysical Properties of Silicon Carbide Green Material Prior to, During and After the Sintering Process | Step-Heated Single-Pan Scanning Calorimeter for the Measurement of Heat Capacity of Low Density Materials | Modeling of the speed of sound of heavy hydrocarbons using equation of state | |||||||||||
| 11:10 | 1a-3 | 156 | A Dawson, M Rides, J Urquhart and C S Brown | 1b-3 | 316 | P Nesvadba, F Amat | 1c-3 | 35 | D Wandschneider, A Heintz | ||||
| Thermal conductivity of polymer melts and implications of uncertainties in data for process simulation | A convenient rapid method of measurement of thermal diffusivity of water-containing materials | Spectroscopic and thermodynamic studies of Alcohol + Alkane and Alcohol + Amine Mixtures based on quantum mechanical ab initio calculations of molecular clusters | |||||||||||
| 11:30 | 1a-4 | 98 | M. Wiener, G. Reichenauer, F. Hemberger, H.-P. Ebert | 1b-4 | 275 | M Motosuke and Y Nagasaka | 1c-4 | 73 | U. Hohm, L. Zarkovs, M. Damyanova | ||||
| Thermal conductivity of monolythic synthetic hard carbons as a function of pyrolysis temperature | Development of high-speed and real-time sensing technique of thermal diffusivity by the forced Rayleigh scattering method | Thermophysical properties of low density neat n-alkanes and their binary mixtures calculated by means of a (n-6) Lennard-Jones temperature-dependent potential | |||||||||||
| 11:50 | 1a-5 | 79 | K Severing do Couto Aktay, R Tamme, H Müller-Steinhagen | 1b-5 | 269 | H Kiyohashi, S Sasaki, H Masuda | 1c-5 | 281 | R J Sadus | ||||
| Thermal Conductivity of High Temperature Multicomponent Materials with Phase Change | Apparent thermal conductivity measurements for the separation of heat and mass infiltration in underground sand beds | Thermodynamic Properties of Fluids from Molecular Simulation | |||||||||||
| 12:10 | Lunch | - | - | ||||||||||
| Section | Applications I | Section | Testing Techniques II | Section | Refrigerants | ||||||||
| Ref.No. | Ref.No. | Ref.No. | |||||||||||
| 14:20 | 2a-1 | 110 | F. Enguehard | 2b-1 | 253 | Y Kayukawa, Y Kano, H Sato, K, Fujii | 2c-1 | 117 | A P Fröba, C Botero, A Leipertz | ||||
| Multi-scale modelling of radiation heat transfer through nanoporous superinsulating materials | A precise PVT property measurement technique with magnetic levitation | Thermal Diffusivity, Sound Speed, Viscosity, and Surface Tension of R227ea (1,1,1,2,3,3,3-Heptafluoropropane) | |||||||||||
| 14:40 | 2a-2 | 13 | M. Jiřičková, Z. Pavlík, P. Michálek, J. Pavlík, R. Černý | 2b-2 | 134 | M Kobayashi, Y Horiguchi, Y Taguchi, T Saiki, Y Nagasaka | 2c-2 | 192 | G. Scalabrin, P. Marchi, F. Finezzo | ||||
| Thermal properties of mineral wool materials partially saturated by water | Development of nanoscale thermophysical properties measurement technique using reflectance and fluorescence in near-field | A reference multiparameter thermal conductivity equation for R134a in optimized functional form. | |||||||||||
| 15:00 | 2a-3 | 93 | Thomas Fend, Oliver Reutter, Jörg Sauerhering, Katia Severing do Couto Aktay, Robert Pitz-Paal, Stefanie Angel | 2b-3 | 234 | H Jitsukawa, Y Nagasaka | 2c-3 | 236 | H Sato, T Adachi, I M Astina | ||||
| Effective thermal conductivity of metallic foams determined with the transient plane source technique | Development of measurement technique to evaluate thermal conductivity of thermoelectric Bi2Te3 submicron thin films by photothermal radiometry | Reliable thermophysical-property calculation for refrigerants R32, R125, R134a, R143a, R152a, R410A, and hydrocarbons having theoretical background | |||||||||||
| 15:20 | 2a-4 | - | - | 2b-4 | 213 | A J Panas, J Sypek | 2c-4 | 16 | Jurij Avsec, Giovani Di Nicola, Maks Oblak, Fabio Polonara | ||||
| - | Validation of thermal diffusivity measurement results obtained using modified monotonic heating regime procedure | Second and Third Virial Coefficients for Pure Refrigerants: and for Mixtures with R744 - Theoretical Calculations in Comparison with Experimental Data. | |||||||||||
| 15:40 | 2a-5 | - | - | 2b-5 | 299 | Y.Sato, Y.Anbo, K Yanagase, T.Yamamura | 2c-5 | 238 | L Fedele, S Bobbo, M Scattolini, R Camporese | ||||
| - | Development of computer aided dual sinker Archimedean densitometer for high temperature melt | Isothermal vapour-liquid equilibrium measurements and correlation for the pentafluoroethane + cyclopropane and the cyclopropane + 1,1,1,2-tetrafluoroethane binary systems | |||||||||||
| 16:00 | Coffee break | ||||||||||||
| Section | Applications II | Section | Flash technique | Section | Viscosity | ||||||||
| 16:20 | 3a-1 | 85 | Ho-Sung Lee, Se-Won Eun, Kyung-Ju Min | 3b-1 | 218 | T. Baba | 3c-1 | 89 | E Vogel, V Teske: E Bich | ||||
| Thermophysical Analysis of High Modulus Composite for Satellite Structure | Light Pulse Heating Methods for Thermophysical Property Measurements | Viscosity measurements on water vapour and their evaluation | |||||||||||
| 16:40 | 3a-2 | 8 | M Varenne-Pellegrini, L Puigsegur, J. Pavie, T Lanternier | 3b-2 | 48 | J. Blumm, A. Lindemann, B. Niedrig | 3c-2 | 201 | F J P Caetano, J M N A Fareleira, A Fernandes, C M B P Oliveira, A P Serro, W A Wakeham | ||||
| Comparison of thermal conductivities of highly insulating materials and estimation of thermoradiative properties of coatings in spatial conditions | Measurement of the Thermophysical Properties of an NPL Thermal Conductivity Standard Inconel 600 | Diisodecylphthalate (DIDP) – a potential standard of moderate viscosity: comparative study of surface tension effects on capillary viscometer calibration. | |||||||||||
| 17:00 | 3a-3 | 163 | U Gross, G Barth, R Wulf, K Raed | 3b-3 | 122 | M. Akoshima, T. Baba | 3c-3 | 242 | F. J. V. Santos, C. A. Nieto de Castro, John H. Dymond, Natassa K. Dalaouti, Marc J. Assael and Akira Nagashima | ||||
| Gas-Atmosphere and Pore Size Distribution Effects on the Effective Thermal Conductivity of Nano-Scaled Insulations | Study on a thermal diffusivity standard for the laser flash method measurements | Reference Data for the Viscosity of Liquid Toluene in wide Ranges of Temperature – IATP Project Final Report | |||||||||||
| 17:20 | 3a-4 | 29 | Gaosheng Wei, Xinxin Zhang, Fan Yu | 3b-4 | 38 | O. Yu. Troitsky , H. Reiss | 3c-4 | 318 | K Venkatramanan, V Arumugam | ||||
| Thermal conductivity of xonotlite insulation material | Flash method for remote sensing of thermal diffusivity and absorption coefficient of thin film materials at the excitation wavelength | VISCOSITY STUDIES ON POLY PROPYLENE GLYCOL (PPG) IN DIFFERENT SOLVENTS | |||||||||||
| 17:40 | 3a-5 | - | - | 3b-5 | - | - | 3c-5 | 90 | D Seibt, J Wilhelm, E Vogel, D Buttig, E Hassel | ||||
| - | - | Viscosity measurements on gaseous ethane | |||||||||||
| 18:00 | End | g | Tuesday 4 | ||||||||||