MIKE 1D Documentation

MIKE 1D is the computational engine for modelling unsteady flow in pipe networks, river networks and estuaries. It solves the one-dimensional shallow water equations with an implicit finite difference scheme, covering everything from small urban collectors to tidal estuaries.

Text that applies to only one product is placed in a River (MIKE 11 / MIKE HYDRO) or Urban (MIKE+) tab. Selecting a tab applies that choice across the whole manual.

• What is MIKE 1D

  Background on the engine, what it replaces, and what has changed between releases.

  General information

• MIKE 1D

  The reference manual: network and cross sections, the hydrodynamic module, boundaries, structures, rainfall runoff, and the appendices covering the numerical scheme.

  Introduction

• Sediment Transport

  Non-cohesive sediment transport: transport theory, the available load formulas, morphological updating and boundary conditions.

  Introduction

• Couplings Engine

  Coupling MIKE 1D to 2D models, including links between 1D and 2D, advection-dispersion and flow distribution.

  Introduction

• Stormwater Quality (SWQ)

  Build-up and wash-off of pollutants, and the event mean concentration method.

  Overview

• Long Term Statistics (LTS)

  Long-term continuous simulation and the statistics derived from it.

  Overview