Conceptual approach to the study of snow

by Maurice Meunier (writer), Christophe Ancey (writer), Didier Richard (writer), Rd. Chadwick (translation)
december 2005
Book
160 x 240 format 262 pages In stock
13,90 €
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Summary

This book explores a new conceptual approach, closer to hydrology than hydraulics, which relies solely and rigorously on field data from the avalanche path studied. This approach is clarified and compared with both the deterministic and statistical approaches. The authors' past and current research implementing this approach is presented: analysis of the bulk rheology of certain avalanches, the elaboration of new conceptual models validated by comparison with field data, and a methodology for determining extreme events by extrapolating the knowledge garnered from past events.

 

The French version of this book, L'approche conceptuelle pour l'étude des avalanches, is available on our website.

La version française de ce titre, L'approche conceptuelle pour l'étude des avalanches, est disponible sur notre site.

Table of contents

Chapter 1

    

The three approaches to the engineering study of avalanches

Chapter 2

    

Snowfall hydrology

   

Chapter 3

    

Obtaining Avalanche Triggering Probability

 

Chapter 4

    

Estimating Bulk Rheology of Snow Avalanches from Field Data

Chapter 5

    

Development of Conceptual Snow Avalanche Models

 

Chapter 6

    

Tests of Avalanche Routing Conceptual Models against Field Data

Chapter 7

    

Random Variables and Probability Distributions

 

Chapter 8

    

Bridges with Practical Engineering

  

Chapter 9

    

Extrapolation to Extreme Events

  

Chapter 10

    

Prospects and Beyond

   


Annexe

    

Results of fitting two conceptual models to fifteen avalanches with

known velocity profiles

   

Press

More contents

Features

Language(s): English

Publisher: Irstea

Edition: 1st edition

Published: 1 december 2005

Reference Book: CF6547

EAN13 Book: 9782853626545

Format (in mm) Book: 160 x 240

Pages count Book: 262

Weight (in grammes): 530 (Book)

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