Textbooks
from VSSD b 2007 / viii
+ 156 pp. / ISBN 978-90-71301-93-3 / Euro
19,50 9789071301933 9789071301933
9071301931 This book is about global
limitations and local solutions found by local societies. A
Sustainable Technological World is defined in balance with
the other great mass and energy streams in the geosphere and
biosphere and in balance within the position of mankind in
the biosphere. The local societies are
characterized in terms of population size and cultural
dimensions and these interlinked properties give rise to
sociodiversity. Sociodiversity and in its wake different
appreciation of artifacts are a prerequisite for finding the
pathway to sustainable development on a global
scale. This book is written
top-down and in line with this kind of thinking Contents:
Preface
1 Introduction 2 Back Casting World Spheres
3 A Sustainable Technological World 4
Artifacts Design 5 Life Cycles Artifacts 6
Learning Societies 7 Towards Appendix. Society
Data Index This book presents an
unusual if not a unique view on the achievement of a
Sustainable Technological World. Usually the challenge of a
sustainable development starts with today's society and
looks for paths to optimise, improve and renew current
practises in transition processes. Even in those approaches
oriented at future ambitions inspired by "limits to growth"
the process is bottom up departing from and reconstructing
today's technological world. In this book a top down
approach is chosen. The reader is invited to follow an
unconventional but nevertheless self-evident line of
thought. The question is to find the conditions for a
technological world fitting into an equilibrium with the
energy and mass streams of the geosphere and its subspheres:
the atmosphere, the hydrosphere and the lithosphere. In a
top down approach this means finding the basic mass and
energy streams between these spheres, finding the
limitations thereof for a man-made Sustainable Technological
World and to derive the conditions to design processes and
products which together make up a Sustainable Technological
World and its different regional subsystems. The reader is warned, the
invitation is challenging and leads along classifications,
estimations and calculations which are not every days
stuff. Aerospace
engineering
| Architectuur
en stedenbouw
| Bedrijfsleer,
innovatie, economie, recht en techniek, duurzame
ontwikkeling
| Bedrijfszekerheidstechniek
| Bouwtechniek
| Civiele
techniek |
Bouwen
met Staal
| Elektrotechniek
| Ergonomie
| Fysische
chemie en fysische en chemische
technologie
| Informatietheorie
| Landmeetkunde
| Levenscyclusanalyse
| Materiaalkunde
| (Technische)
natuurkunde
| Toegepaste
mechanica
| Toegepaste
taalkunde: Engels
| Water-
en kustmanagement
| Werktuigbouwkunde
| Wiskunde:
analyse, lineaire algebra,
statistiek
Updated: 15
January 2008, hlf@vssd.nl
Towards a Sustainable
Technological World
H.H. Kleizen

Recommendation by
prof.dr.ir J.L.A. Jansen
PDF files