## Theoretical soil mechanics: with practical applications to soil mechanics and foundation engineering |

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### Contents

CHAPTER | 3 |

Stress Component Relationships | 13 |

a 316 Orientation of Rupture Surfaces 317 Discussion on Shear Stress | 32 |

Copyright | |

25 other sections not shown

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### Common terms and phrases

Airy's stress function amplitude angle of internal applied arctan axis bearing capacity calculated cohesive soil compatibility equation compressive stress concentrated load const coordinate axis cos2 covibrating d'Alembert's principle deformations depth diagram differential equation displacement elementary prism example factor forced vibration free vibration Frohlich's ground surface harmonic Hooke's law internal friction isobars limit equilibrium linear load loading system logarithmic spiral magnitude major principal stress mass maximum medium Mohr's stress circle motion natural frequency noncohesive normal stress obtain orthogonal orthogonal coordinate plastic flow plastic zones plot principal stress trajectories problem radial radius rotation rupture surface curve sand self-frequency shear strength shear stress shown in Fig sin2 soil dynamics soil mechanics soil particles soil-foundation system solution static strain stress components stress condition stress distribution strip loading tangent theory of elasticity ton/ft2 torsional vibration undamped velocity vertical stress vibrating system