Mathematical Methods for Cryocoolers

This book will explore all key mathematical methods that need to be learned in order to
model a cryocooler with all its various aspects and physical phenomena. The cryocooler
will be studied in terms of thermodynamics, harmonic approximations, nodal numerical
modelling, 2D and 3D modelling, and hydrodynamic modelling. Furthermore, data analysis
methods that employ more recently developed machine learning methods will be
explored that improve multi-parameter optimisation methods, and introductory analysis
methods for integrating cryocoolers into spacecraft systems will be presented.

Key Features:

Presents key mathematical methods for modelling physical phenomena of cryocooler
systems

Includes introductory context and background information that enables a student at
graduate level and upwards to get up to speed for the required modelling
methodologies

Includes helpful examples throughout each chapter to demonstrate how calculations
and modelling can be performed

Relates the theory and mathematics to practical examples that are relevant to current
research in the field, referencing literature throughout the book