The NASA Glenn Icing Research tunnel has been using an Icing Blade technique to measure cloud liquid water content (LWC) since 1980. The IRT conducted tests with SEA Multi-Element sensors from 2009 to 2011 to assess their performance in measuring LWC. These tests revealed that the Multi-Element sensors showed some significant advantages over the Icing Blade, particularly at higher water contents, higher impingement rates, and large drop sizes. Results of these and other tests are presented here
A new Isokinetic Total Water Content Evaporator (IKP2) was downsized from a prototype instrument, sp...
The Flow Boiling and Condensation Experiment (FBCE) is a flight experiment that is designed to opera...
The NASA Glenn Research Center has developed a Total Water Content (TWC) Isokinetic Sampling Probe. ...
The Icing Research Tunnel at NASA Glenn has recently switched from using the Icing Blade to using th...
In 2015 the FAA added Appendix D to Part 33 engine certification requirements that included Mixed Ph...
This presentation accompanies the paper titled Plans and Preliminary Results of Fundamental Studies ...
This presentation shows results from an initial study of the fundamental physics of ice-crystal ice ...
Intercomparison tests with Particle Measuring Systems (PMS) were conducted. Cloud liquid water conte...
This report summarizes the current status of the NASA Glenn Research Center (GRC) Icing Research Tun...
NASA conducted a winter 2015 field campaign using weather balloons at the NASA Glenn Research Center...
This paper builds on previous work that compares numerical simulations of mixed-phase icing clouds w...
The results of the December 2013 to February 2014 Icing Research Tunnel full icing cloud calibration...
This paper presents a steady-state thermal model of a hot-wire instrument applicable to atmospheric ...
The Icing Research Tunnel at NASA Glenn has demonstrated that they can create a drop-size distributi...
The icing research tunnel at the NASA Lewis Research Center underwent a major rehabilitation in 1986...
A new Isokinetic Total Water Content Evaporator (IKP2) was downsized from a prototype instrument, sp...
The Flow Boiling and Condensation Experiment (FBCE) is a flight experiment that is designed to opera...
The NASA Glenn Research Center has developed a Total Water Content (TWC) Isokinetic Sampling Probe. ...
The Icing Research Tunnel at NASA Glenn has recently switched from using the Icing Blade to using th...
In 2015 the FAA added Appendix D to Part 33 engine certification requirements that included Mixed Ph...
This presentation accompanies the paper titled Plans and Preliminary Results of Fundamental Studies ...
This presentation shows results from an initial study of the fundamental physics of ice-crystal ice ...
Intercomparison tests with Particle Measuring Systems (PMS) were conducted. Cloud liquid water conte...
This report summarizes the current status of the NASA Glenn Research Center (GRC) Icing Research Tun...
NASA conducted a winter 2015 field campaign using weather balloons at the NASA Glenn Research Center...
This paper builds on previous work that compares numerical simulations of mixed-phase icing clouds w...
The results of the December 2013 to February 2014 Icing Research Tunnel full icing cloud calibration...
This paper presents a steady-state thermal model of a hot-wire instrument applicable to atmospheric ...
The Icing Research Tunnel at NASA Glenn has demonstrated that they can create a drop-size distributi...
The icing research tunnel at the NASA Lewis Research Center underwent a major rehabilitation in 1986...
A new Isokinetic Total Water Content Evaporator (IKP2) was downsized from a prototype instrument, sp...
The Flow Boiling and Condensation Experiment (FBCE) is a flight experiment that is designed to opera...
The NASA Glenn Research Center has developed a Total Water Content (TWC) Isokinetic Sampling Probe. ...