Fundamentals on Water Defences

English translation of "grondslagen voor waterkeringen". This guideline offers an overview of the design backgrounds of dikes and levees. It describes the system that leads to the need for water defences and the systems whose function it is to retain water or which are related to it and why this function is allocated. Attention is paid to the decision-making systems.TAW/EN

Tides

Lecture notes on tides (with focus on the Indonesian archipelago). Includes an Indonesian vocabulary.Hydraulic EngineeringCivil Engineering and Geoscience

Introduction to bed, bank, shore protection

Loads (flow, waves, ships, porous flow), Erosion (flow, remainder) Load reduction, stability (flow, waves, porous flow), Protections, construction and maintenance, design.Hydraulic EngineeringCivil Engineering and Geoscience

Grondslagen voor waterkeren

Dit document van de Technische Adviescommissie voor de Waterkeringen (TAW), beschrijft (1) de systemen die leiden tot de noodzaak van waterkeren, (2) de systemen die de functie hebben om het water te keren of die daaraan gebonden zijn en waaraan ook een functie wordt toegekend, en (3) de besluitvormingssystemen.TAW/EN

Introduction to bed, bank and shore protection

Flow (loads, stability, erosion) Porous flow (general, filters), waves (loads, stability, erosin), ships, protections, construction and maintenance, design.Hydraulic EngineeringCivil Engineering and Geoscience

Introduction to bed, bank and shore protection: Revised edition

Coastal Engineerin

HATT, Hydraulic and Astronomic Tidal Training: User manual

Coastal EngineeringDelft Projectmanagemen

Pedoman Teknik Pantai (coastal engineering manual)

Design manual for coastal engineering works with focus on Indonesia

Introduction to bed, bank and shore protection: Revised edition

Coastal Engineerin

Wave transmission in mangrove forests

There is an increasing awareness of the role of mangrove forests in coastal ecosystems and coastal protection. At the transition between ocean and land, they have to absorb the energy that comes from the motion of the water. Little quantitative in formation is available, however, on wave transmission in these forests. In this paper the possibilities of the use of mathematical models to determine the influence of mangroves on waves are being explored. Both short and long waves have been examined. The results also been used to try to say something on phenomena encountered in nature .Hydraulic EngineeringCivil Engineering and Geoscience