~ FREE ZOOM WEBINAR ~
Webinar on the IAHR Water Monograph Application of the Lattice-Boltzmann Method in Hydraulics
Monday, 02 June 2026 - 03:00pm (Central European Summer Time)
This webinar is part of the Series to present the content of the latest IAHR Water Monographs.
Register to attend Water Monograph Series Download Water Monograph
The lattice-Boltzmann (LB) method is a way of performing simulations of fluid flow and related transport processes, and in this monograph, we argue that it is a useful addition to more mainstream computational fluid dynamics (CFD) methods based on finite volumes, finite differences or finite elements. There are many reasons for using the LB method, and also many reasons for not using it. The usefulness of the LB method largely depends on the specific application, including the level of detail one is interested in resolving through simulation. It also depends on the availability of computational resources.
An understanding of the LB method, its implementation in computer code, as well as demonstrations of sample applications in the realm of hydraulics will help the reader in deciding if a specific application could benefit from the method and – if so – will hopefully enable a quick start.
![]()
This webinar is aimed at:
Practising Hydraulic Engineers
CFD Engineers and Numerical Modellers
Researchers and Graduate Students
Water Resources and Environmental Engineers
Scientific Computing and HPC Professionals
Urban Water Systems Specialists
Consultants and Technical Practitioners
Professionals Interested in Advanced Flow Simulation Methods
Jos Derksen
Introduction to the IAHR Water Monograph Series by Damien Violeau (5 minutes)
Author Overview: presentation of the IAHR Water Monograph on Application of the Lattice-Boltzmann Method in Hydraulics by Jos Derksen (30 minutes)
Q&A Session (15 minutes)
Closing Remarks
This webinar will be held via ZOOM Webinar, please click here to register and get the Zoom Webinar link.
#WaterMonographs
The Open Access IAHR Water Monograph Series presents information on physical processes, measurement techniques, theoretical material, numerical modeling techniques, engineering applications, and historical and cultural matters in an appealing, readable, and well-illustrated manner.
More about IAHR Water Monograph Series