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  - Column 1
    - HFM-100Heat Flow Meter
    - THW-L1Transient Hot Wire
    - TPSTransient Plane Source
    - SSTR-FSteady-State ThermoReflectance Fiberoptics
  - Column 2
    - TLS-100Transient Line Source
    - THW-L2Transient Hot Wire
    - GHFM-02Guarded Heat Flow Meter
    - TPS-EFFTransient Plane Source
    - MP-2Measurement Platform
- Category
  - Thermophysical Analysis
    - Heat Flow Meter, HFM-100Integrated Temperature & Automation
    - Transient Hot Wire, THW-L1 & THW-L2Thermal Conductivity, Thermal Diffusivity & Specific Heat
    - Transient line Source, TLS-100Thermal Conductivity & Thermal Resistivity
    - Measurement Platform, MP-2Thermal Conductivity
    - Steady-State ThermoReflectance, SSTRThermal Conductivity
- Property
- Material Type
  - Solids
    - HFM-100Homogeneous & Heterogeneous Insulation
    - TLS-100Concrete, Rocks, Polymers
    - GHFM-02Homogeneous, Heterogeneous, Metals & Composites
    - MP-2Concrete, Rock, Polymers, and Insulation
    - SSTR-FCoatings, Thin-films, and Bulk materials
  - Liquids
    - THW-L1Liquids, Temperature & Pressure
    - THW-L2Liquids, Temperature & Pressure
    - MP-2Liquids
    - SSTR-FLiquids
  - Pastes
    - TLS-100Paste up to 5 W/mK
    - THW-L1Paste up to 2 W/mK
    - THW-L2Paste up to 2 W/mK
    - GHFM-02Paste up to 15 W/mK
    - MP-2Paste up to 5 W/mk
  - Powders
    - TLS-100Soil, Small to Medium Particle Size
    - MP-2Small to Medium Particle Size
- Material Characteristics
  - Isotropic / Homogeneous
    - HFM-100Insulation and Construction Materials
    - TLS-100Soil, rock & polymers
    - THW-L1All Liquids
    - THW-L2All Liquids
    - GHFM-02Composites & polymers
    - TPS-EFFTextiles, fabrics & solids
    - MP-2Solids, Liquids, Pastes, Powders, Textiles, and Insulation
    - SSTR-FAll Solids and Liquids
  - Heterogeneous
    - HFM-100Large sample size
    - GHFM-02Medium sample size
    - TPS-EFFMedium sensor for medium sample volume
    - MP-2medium sensor for medium sample size
    - SSTR-FAll Solids and Liquids
  - Anisotropic
    - HFM-100Out-of-plane
    - GHFM-02Out-of-plane
    - TPS-EFFOut-of-plane
    - MP-2Out of plane
    - SSTR-FAll Solids and Liquids
- ASTM/ISO/EN
  - Column 1
    - HFM-100ASTM C518-17, ISO 8301:1991, EN 12667
    - TLS-100ASTM D7896-14, IEEE 4442-1981
    - THW-L1ASTM D7896-19
    - THW-L2ASTM D7896-19
    - GHFM-02ASTM E1530-19
    - TPS-EFFASTM D7984-16
    - MP-2D7984-16, D7896-19, IEEE 442-1981
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Papers Author: Thomas Fend

Total Papers Found: 2

Effective thermal conductivity of metallic foams determined with the transient plane source technique

Author(s): Jörg Sauerhering, Katia S. do Couto Aktay, Oliver Reutter, Robert Pitz-Paal, Stefanie Angel, Thomas Fend

Metal foams are materials composed of a solid grid with air-filled pores, and have applications in combustion chambers of gas turbines. In this study, the thermal properties of porous metal ...

Keywords: Foam applications, Gas turbines, Metallic foams, porosity, Porous foams, Thermal Conductivity, Transient plane source (TPS), Transient plane source (TPS) method

Effective thermal conductivity of sintered metal foams: experiments and a model proposal

Author(s): Jörg Sauerhering, Robert Pitz-Paal, Stefan Brendelberger, Thomas Fend

It is important that porous metal foams used in gas turbines do not exceed their upper temperature threshold. In this paper, the Transient Plane Source (TPS) technique was used to ...

Keywords: Metal foams, Porous, Sintering, Thermal Conductivity, Thermal transport, Thermophysical data, Transient plane source (TPS), Transient plane source (TPS) method

Papers Author: Thomas Fend

Effective thermal conductivity of metallic foams determined with the transient plane source technique

Effective thermal conductivity of sintered metal foams: experiments and a model proposal

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