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Rock fracture and blasting : theory and applications /
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Oxford, UK :
Butterworth-Heinemann, an imprint of Elsevier,
[2016]
|
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Cover; Title Page; Copyright Page; Contents; Dedication; About the Author; Preface; Part I
- Stress Waves and Shock Waves; Chapter 1
- Stress Waves; 1.1
- Coordinates, wave velocity, and particle velocity; 1.1.1
- Coordinates; 1.1.2
- Wave Velocity and Particle Velocity; 1.2
- Category of stress waves in solids; 1.2.1
- Body Waves; 1.2.1.1
- P-Waves; 1.2.1.2
- S-Waves; 1.2.2
- Surface Waves; 1.2.2.1
- Rayleigh Waves; 1.2.2.2
- Love Waves; 1.2.2.3
- Stoneley Waves; 1.2.3
- Stress Waves Relevant to Stress-Strain Relation of Materials; 1.2.3.1
- Elastic Waves; 1.2.3.2
- Plastic Waves.
- 1.2.3.3
- Shock Waves1.2.4
- Other Names of Waves; 1.2.4.1
- Seismic Waves and Vibration Waves; 1.2.4.2
- Taylor Waves, Rarefaction Waves, and Unloading Waves; 1.3
- Reflection and transmission of elastic waves; 1.3.1
- Reflection of Elastic Waves on a Free Surface; 1.3.1.1
- A P-Wave Incident on a Free Surface; 1.3.1.2
- An S-Wave Incident on a Free Surface; 1.3.2
- Reflection and Transmission of Elastic Waves at an Interface Between Two Media; 1.3.2.1
- Reflection and Transmission of an Incident P-Wave on a Plane Interface.
- 1.3.2.2
- Reflection and Transmission of an Incident S-Wave on a Plane Interface1.3.3
- Stress Waves from Rock Blasting; 1.4
- Theory of one-dimensional elastic stress waves; 1.4.1
- Wave Equation in One-Dimensional Condition; 1.4.2
- Solution of Wave Equation; 1.5
- Stress wave analysis using a Lagrangian diagram; 1.5.1
- Lagrangian Diagram for Elastic Waves; 1.5.2
- Lagrangian Diagram for Elastic-Plastic Loading Waves; 1.6
- Impact of two elastic bars; 1.6.1
- General Case; 1.6.2
- Special Cases; 1.6.2.1
- Case 1: An Elastic Bar Impacts on a Rigid Wall.
- 1.6.2.2
- Case 2: A Rigid Bar Impacts on an Elastic Bar1.6.2.3
- Case 3: An Elastic Bar Impacts Another Elastic Bar Which Stands Still; 1.6.2.4
- Case 4: A Hard Bar Impacts a Soft Bar; 1.6.2.5
- Case 5: A Soft Bar Impacts a Hard Bar; 1.7
- Energy in an impact system; 1.7.1
- Relation Between Kinetic Energy and Strain Energy; 1.7.2
- Energy Transmission; 1.8
- Propagation of elastic waves in two different materials; 1.8.1
- General Case; 1.8.2
- Special Cases; 1.8.2.1
- A Stress Wave Propagates from a Soft to a Hard Material; 1.8.2.2
- A Stress Wave Propagates from a Hard to a Soft Material.
- 1.9
- Wave reflection on a rigid wall and on a free surface1.9.1
- On a Rigid Wall; 1.9.2
- On a Free Surface; 1.10
- Propagation of elastic waves in three different materials; 1.11
- Superposition of elastic stress waves; 1.11.1
- Superposition of Two Compressive Elastic Stress Waves; 1.11.2
- Superposition of One Tensile Wave and One Compressive Wave; 1.11.3
- Superposition of Two P-Waves from Two Blastholes; 1.12
- Spalling caused by stress wave loading; 1.12.1
- A Triangular Wave Reflected from a Free Surface; 1.12.2
- Spalling Caused by a Triangular Wave.
- 1.13
- Split Hopkinson pressure bar system.