UID:
almahu_9948026681202882
Format:
1 online resource (371 p.)
ISBN:
1-281-77777-3
,
9786611777777
,
0-08-087002-3
Series Statement:
Developments in water science ; 11
Content:
Hydrodynamics of Lakes
Note:
Description based upon print version of record.
,
Front Cover; Hydrodynamics of Lakes; Copyright Page; CONTENTS; FOREWORD; PART 1: MATHEMATICAL MODELLING; Chapter 1. Numerical modelling of circulation in lakes; Chapter 2. Applications of a transient mathematical model to Lake KÖsen; Chapter 3. Application of a mathematical hydrodynamic model to Lake MjØsa; Chapter 4. Three-dimensional simulation of time-dependent elevations and currents in a homogeneous lake of arbitrary shape using an irregular-grid finite-difference model; Chapter 5. The dynamics of shallow lakes subject to wind - An application to Lake Neusiedl, Austria
,
Chapter 6. Application of a three-dimensional storm surge modelChapter 7. Diffusion in a lake, comparison of mathematical models; Chapter 8. Density induced transport processes in lakes and reservoirs; Chapter 9. On sink flow in a rotating basin; PART 2: MEASURING TECHNIQUES; Chapter 10. Measuring on Lake Geneva (Le Léman); Chapter 11. ""Lake of Zürich 1978"" - a physical limnological experiment; Chapter 12. Water circulation in lakes. Research in situ, using revolving lake-models (as shown in the film) and comparisons with the latest limnosedimentological results
,
Chapter 13. Experiences from a computerized water quality in situ instrumentPART 3: DATA ANALYSIS; Chapter 13. Strategies for coupling data collection and analysis with dynamic modelling of lake motions; Chapter 14. Observations of internal waves in Lake Vänern, Sweden; Chapter 15. Experimental set up of an internal wave, generated by the wind, and of shorter period than the Coriolis period; Chapter 16. Wind-waves in the bay of Geneva; Chapter 17. Static and dynamic response of a mooring system; Chapter 18. Data bank and -visualization for sequential data with special reference to Lake Geneva
,
PART 4: AIR-WATER INTERFACEChapter 19. Exchange processes at the water surface; Chapter 20. The aerodynamic drag; experiments on Lake Geneva; Chapter 21. Experiences from the estimation of evaporation from a shallow lake; Chapter 22. The daily cycle of the water temperature of a shallow lake; Chapter 23. A model for the prediction of reaeration coefficient in lakes from wind velocity; Chapter 24. Effects of boundary layers on mixing in small lakes; SUBJECT INDEX
,
English
Additional Edition:
ISBN 0-444-41827-X
Language:
English
Bookmarklink