Hydraulic Engineering Software V

This title discusses the applications of software in hydraulic engineering and water resources. It contains the edited proceedings of the Fifth International Conference on Hydraulic Engineering Software, held in Greece in September 1994.

This title discusses the applications of software in hydraulic engineering and water resources. It contains the edited proceedings of the Fifth International Conference on Hydraulic Engineering Software, held in Greece in September 1994.

Hydraulic engineering is ideally suited to the application of numerical methods, which in turn lend themselves to computational analysis. The sophisticated software now available enables hydraulic engineers to simulate and predict events with a high degree of accuracy and, hence, provide robust and cost effective designs.

Hydraulic engineering is well-suited to the application of numerical analysis, and has therefore benefited greatly from the capabilities of the latest generation of powerful desktop computers. Demonstrating many of these benefits, this volume features papers from the Eighth International Conference on Hydraulic Engineering Software. Contributions come from scientists in industry, academia, government, and research organizations around the world, and emphasis is placed on the development of software in three main areas of interest, namely groundwater flow, open channel flow and pressure flow. There are also contributions on the subjects of data acquisition and experimentation, and flood and drought hazard assessment.

Hydraulic engineering is well-suited to the application of numerical analysis, and has therefore benefited greatly from the capabilities of the latest generation of powerful desktop computers. Demonstrating many of these benefits, this volume features papers from the Eighth International Conference on Hydraulic Engineering Software. Contributions come from scientists in industry, academia, government, and research organizations around the world, and emphasis is placed on the development of software in three main areas of interest, namely groundwater flow, open channel flow and pressure flow. There are also contributions on the subjects of data acquisition and experimentation, and flood and drought hazard assessment.