Cutting fluids with the Transient Hot Wire Method.
Measuring Automotive-related fluids
The advanced GHFM-01 is a primary measurement of thermal resistance—thermal conductivity for solids, such as metals, polymers, composites, and paste.
Diving deeper into the subject of measuring the thermal conductivity of nanofluids and nanolubricants using the THW technique.
When measuring homogeneous or heterogeneous materials, it is important to consider steady-state vs. transient testing methods and how this will influence the measurement of thermal conductivity.
When chemicals are exposed to ultra-cold temperatures the properties of those chemicals change. This provides an intriguing area of study for researchers.
In our latest webinar, we discuss Dry-Out Curves and Geological Engineering Applications with the Thermtest TLS-100
Thermtest’s Product Line Manager for the Transient Hot-Wire method dicusses the Thermal Conductivity of liquids using our THW L-3 sensor.
Patrick Hopkins is CTO of Laser Thermal Analysis and a Professor in the Department of Mechanical and Aerospace Engineering at the University of Virginia
Dr. Sofia Mylona is an internationally recognized expert in the area of the thermal conductivity measurements using the Transient Hot-Wire (THW) method.
In this webinar, we compare three different methods for testing the measurement of thermal conductivity.
Ultra-high temperature processing (UHT), ultra-heat treatment, or ultra-pasteurization is the process of heating liquid food above 135 °C (275 °F) for 2 to 5 seconds to kill bacterial endospores and sterilize the liquid.
For the measurement of rigid and compressible insulation material, thermal conductivity results calculated from measured thermal resistance is the preferred method.
In this webinar, we compare which transient method is ideal for liquid.
Dr. John Gaskins is the Co-founder and President of Laser Thermal Analysis and a Principal Scientist of Mechanical and Aerospace Engineering at the University of Virginia.
In this webinar, we compare various types of laminate flooring to authentic hardwood, qualitatively comparing the results attained using our Thermal Effusivity Meter (TPS-EFF).
Thermal conductivity and resistivity of solid materials such as concrete, natural stone, and low thermal conductivity ceramics.
Thermtest’s principal scientist, Dr. Sofia Mylona, will investigate the thermal conductivity of new vs. used engine oil and explain her findings in this webinar.
Jeff Retallick is a Junior Application Scientist at Thermtest with a MSc. In Chemistry from the University of New Brunswick.
Dr. Sofia Mylona, Transient Hot-Wire technique Expert
Dale Hume has more than twenty years of thermal conductivity testing experience
Jeff Retallick, Junior Application Scientist at Thermtest and Benjamin Brook, COO of Bon-Mar Textiles Inc.
Dr. Daniel Cederkrantz, expert in thermal conductivity methods
Dr. Sofia Mylona, Transient Hot-Wire technique Expert
