An Invitation-Only Publication Featuring Leading Experts in Heat Transfer and Thermal Engineering
Cryopreservation is entering a new era, driven by new heat transfer-based engineering approaches. Annual Review of Heat Transfer, Volume 27 offers an essential update on the most recent advances in cryobiology, from novel cryoprotective agents to revolutionary organ vitrification techniques. This is a must-read for researchers in biomedical engineering, regenerative medicine, and thermal sciences.
Why Cryobiology Matters
Cryobiology sits at the intersection of biology and low-temperature physics, enabling breakthrough applications in:
Organ and tissue preservation for transplantation
Advanced reproductive technologies
Cell-based therapies
Biobanking for endangered species conservation
Long-term biological sample storage
What You'll Find in Volume 27
Volume 27 features cutting-edge research on:
Isochoric freezing – a disruptive new method for large-scale cryopreservation.
Nanowarming and electromagnetic rewarming – overcoming ice formation and ensuring uniform, damage-free thawing.
Advanced vitrification techniques – enabling long-term preservation of tissues and whole organs.
Innovative instrumentation – including ultrafast cooling systems and cryogenic freezing technologies.
About Annual Review of Heat Transfer
Annual Review of Heat Transfer (ARHT) has been a cornerstone of heat transfer research since its founding in 1987 by the esteemed Professor Chang-Lin Tien. Each volume is curated by a distinguished guest editor and focuses on a specific aspect of heat transfer, featuring invited contributions from leading experts at top global engineering institutions.
With an extensive archive dating back nearly four decades, ARHT continues to be an invaluable resource for those seeking to stay at the forefront of heat transfer research and innovation. [Browse Archives]