An Introduction to Low Temperature Differential Stirling Engines covers the latest new development in the field of
Stirling engines. This 88-page book introduces the fascinating world of
Stirling engines that can operate on hot water, ice, sunshine, or even on the
warmth of your hand. Developed
over a decade of university research, low temperature differential Stirlings
have been refined to operate wherever there is a temperature differential of
just a few degrees. Written
by one of the original researchers in the field, the subject is explained from
its beginnings in a clear, logical, and complete way, and the design and
operating characteristics of these engines are related to the basic facts of
heat engine physics. For readers
interested in making one of these remarkable engines, the book includes
complete dimensioned drawings and directions for making an engine that will run
effortlessly just resting on your hand for heat. The book is entirely self contained and accessible to the
raw beginner, but the expert will find much new material in this volume
including a long list of references for further study. The author, James
R. Senft, is a university professor with over two decades of
research experience in heat engines.
He has written and lectured extensively on Stirling engines, and served
as consultant to universities, laboratories, and industrial concerns working on
engine development.