Cryogenic heat and mass transfer conference, 4-5 November 2019

Axial Sloshing of Liquid Hydrogen at low Bond Numbers with Superheated Walls

Michael E. Dreyer

University of Bremen

Heat Transfer to Nitrogen Droplets Evaporating in a Heated Liquid Pool

Huayong Zhao

Loughborough University

Impact dynamics and heat transfer characteristics of liquid nitrogen drops on a sapphire prism

Michiel van Limbeek

University of Twente

A possible role for LNG in meeting the energy demands of aviation

Arvind Gangoli Rao

TU Delft

Projection of cryogenic fluids: a comparison between liquid nitrogen and liquid carbon dioxide

Raphael Grandeau

Air Liquide

Cryogenic Pulsating Heat Pipes – Update and Direction

John Pfotenhauer

University of Wisconsin Madison

Heat and Mass transfer in Cryogenic Condensers

Friedhelm Herzog

Messer group

Two-Phase Flows Investigations in Liquid Propulsion Systems: “TRL Booster” Research at the von Karman Institute

Jean-Baptiste Gouriet

Von Karman Institute

Complete Transient Droplet Evaporation Modelling: Deviation from the d2 Law under Cryogenic

Josh Finneran

Loughborough University

Liquid Hydrogen Storage: Status and Future Perspectives

Hendrie Derking

Cryoworld

Predicting improved cooling speed of metals coated with low conductive materials in liquid nitrogen

Sahil Jagga

University of Twente

Numerical Investigation of Non-isothermal Axial Sloshing of Liquid Methane

Niklas Weber

University of Bremen

What everybody should know about whole-body cryotherapy/cryostimulation

Benoit Dugue

University of Potliers

Ortho-Para hydrogen convertor design for a 0.5 TPD scale of hydrogen liquefaction plant

Sarng woo Karng

Korea Institute of Science & Technology

Design and demonstration of an HTS degaussing system

Izak Hanse

University of Twente

Thermal Analysis of He II cooled Nb3Sn superconducting coil samples

Kirtana Puthran

CERN

In-Flow binary mixture composition measurement

Nando Tolboom

University of Twente

Thermodynamic analysis of simple Linde-Hampson hydrogen liquefaction systems with G-M cryocoolers

Hyunmuk Lim

Korea Institute of Science & Technology

Performance improvement of a PCM cold box by two bilayers Configuration

Ankit Anand

University of Twente

Frictionless flows

Arvind Dev

University of Strasbourg

Hypersonic stochastic switch

Charles Janeke

Constellation Dynamics LLC

High-dynamic Superconducting Linear Motor

Jeroen ter Harmsel

University of Twente

Free Piston Stirling Heat Pump for deep freezers: Update and direction

Hidde Norder

University of Twente

Experimental characterization of Al – Cu thermal contact resistance below 50 K

Goncalo Tomas

University of Twente

Applied Cryogenics in Life Sciences: The Case of Whole Body Cryotherapy Chamber

Jean-Pierre Bernard

Air Liquide

Non-Metallic Cryoprobe for Cryo-ablation

John Pfotenhauer

University of Wisconsin Madison

Water losses during freezing: key influencing factors

Didier Pathier

Air Liquide

Cryogenic tissue fixation for molecular medicine

Henk Dekker

Amsterdam Medical Center

Cryoablation

Kristian Overduin

Radboud UMC

Heat and mass transfer analysis for the design of the cryogenic system for the HLLHC IT String

Gabriella Rolando

CERN

Rotor Cooling System for the Assumed superconductive Motor

Ruud van der Woude

Demaco

Hydrogen gas gap heat switch working in 150-400 K temperature range

Jorge Barreto

Lisbon University

Thermal conductance of interleaving fins

Michiel van Limbeek

University of Twente

Heat transfer inside Cryocoolers and its impact

Tonny Benschop

Thales Cryogenics

Low-vibration and drift miniature cryogenic stage for Cryo-EM applications

Pieter-Paul Lerou

Demcon Kryoz

Automated cryo-EM sample preparation by pin-printing and jet vitrification

Peter Peters

Maastricht University

VitroJet: next generation sample preparation for cryo-EM

Bart Beulen

Cryosol World

High-Resolution Cryo-Electron Tomography – Current State and Future Prospects

Sebastian Tacke

Max Plank Institute, Dortmund