The book is an integrated, unified approach to modelling engineering systems including control system and thermal effects for the computation of thermal transients and will appeal to all readers interested in a novel approach to the fundamentals of engineering systems. The classification of variables into through (force, current...) and across (speed, voltage...) leads to the construction of multidisciplinary networks which act as the unifying agent for modelling engineering systems from mechanical, electrical, fluids and thermodynamics disciplines. Network models admit non-linear functions such as relations involving temperature and entropy flow. A general treatment of energy conversion is given which models dissipation and heat transfer as external to internal and internal to internal energy converter. It then becomes possible to compute the increase of entropy arising from dissipation and temperature transients illustrating the operation of the 2nd law of thermodynamics. The...

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