## A Course in Continuum Mechanics, Volume 2 |

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### Contents

system from outside 39 Carnot cycle 40 Example of an engine which | 41 |

Basic concepts and equations of electrodynamics | 86 |

On the formulation of problems in continuum mechanics | 158 |

Copyright | |

5 other sections not shown

### Common terms and phrases

additional adiabat arbitrary assumed assumptions basic basis body boundary Carnot cycle characteristics charges closed components concepts conductivity consequence consideration considered constant continuous continuum coordinate system corresponding defined definition density depend derivatives determining differential dimensional units direction discontinuity effects electric electromagnetic field energy entropy equal equations example exist experiments expression external fact field finite fixed fluid follows forces formula functions given heat heat flow ideal important independent inertial initial integral interaction internal introduced irreversible jump known linear linked magnetic mass material means mechanics medium models motion moving non-dimensional normal obtains Obviously parameters particles particular physical possible practice present pressure problem processes properties quantities referred relations respect result reversible side similar solution space specific stress surface temperature tensor theory thermodynamics tion transformations unknown values variables vector velocity viscous volume wave