## Thermal stresses in concentrically heated hollow cylinders: supplemental data on coefficient of thermal expansion, modulus of elasticity and Poisson's ratio as functions of temperature |

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### Contents

LIST OF TABLES | 5 |

No Title Page | 12 |

Modulus of Elasticity Versus Temperature for Types 304 | 18 |

5 other sections not shown

### Common terms and phrases

a w w adt r dr axial unit stress Cg Cg Cg coefficient of thermal curve fitting DATA Data taken elasticity and Poisson's expansion and modulus fM fM fM fM fM rO fM rM fNJ rM fO fM fO fO fO fO ro function of temperature gram force H ro indicated temperature least squares method linear function LINEAR THERMAL EXPANSION mean temperature modulus of elasticity O O OOOOOOOOO Poisson's ratio radial rg rg rg rg rgrgrgrgrgrgrgrg rg rg rM rg ro rM fM rM rg rM rM rO fM rO fO rO H ro rg ro rM ro ro ro Stainless Steel Temperature strengths of materials taken from Reference tangential unit stress thermal conductivity thermal expansion thermal stress Type of Stainless unit strain unit stress computations