| Chapter 1 |
Introduction |
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General considerations; gas transport
models; numerical simulations of gas flow out of a landfill; boundary element
method; cell integration and dual reciprocity (DRM) method; nomenclature. |
| |
| Chapter 2 |
Sanitary Landfills |
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Introduction; landfill description;
landfill gases; gas production modelling. |
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| Chapter 3 |
Fundamental Principles |
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Conservation of mass of species i; diffusive
velocity and flux; governing equation; heat generation and transport. |
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| Chapter 4 |
Boundary Element Formulation |
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Single gas model; multi gas model. |
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| Chapter 5 |
Domain Decomposition on the DRM Approach |
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Approximating functions in the DRM;
numerical examples. |
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| Chapter 6 |
The DRM-MD Integral Equation Method |
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Introduction; basic concepts of the
DRM-MD approach; numerical examples. |
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| Chapter 7 |
BEM Solution for Design of Trenches in
Multi-layered Landfills |
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Introduction; numerical examples and
discussions. |
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