They address physical, chemical, and biological processes in water, wastewater, and storm water treatment; the fundamentals of computational fluid dynamics, including turbulence-resolving methodologies and
turbulence modeling, preprocessing, postprocessing, and verification and validation; and water, wastewater, and stormwater treatment technologies and computational fluid dynamics application case studies, discussing aeration, sedimentation, ozone disinfection, pumping intakes, flow distribution to multiple treatment trains, aerated grit tank improvements, optimization of residence time distribution in small water treatment systems, activated sludge tanks, waste stabilization ponds, algae raceway ponds, UV disinfection, geysering, and stormwater collection, filtration, and separation.