Uploaded August 2026 | Updated September 2026, 1 week ago
Complex water infrastructure projects are pushing the limits of traditional modeling approaches. Learn how the added detail from 3D numerical modeling translates into better performance, safety, and cost savings in practice.
Join us for a technical discussion highlighting how advanced CFD modeling tackled recent challenging projects across water infrastructure. We'll analyze modeling decisions, compare approaches, and discuss lessons learned from modeling complex hydraulic scenarios.
Session Topics:
Technical Case Studies: Technical analysis of recent dam spillway, fish passage, and stormwater projects where modeling approaches significantly impacted design outcomes
Integrating Multiphysics: Coupling hydraulics with sediment transport, air entrainment, thermal effects for more comprehensive solutions.
Effective Communication: Delivering results that are clear, defensible, and accessible to both clients and regulators.
Professional Development Landscape: Overview of training opportunities in 2026.
Ideal for: Engineering consultants, water resources engineers, project managers, practice leaders, regulators, DOTs, utilities, civil, environmental, coastal, wastewater engineers and anyone involved in complex hydraulic infrastructure design seeking technical insights and industry perspective.
Learn more about FLOW-3D HYDRO's 3D CFD modeling solutions at flow3d.com/hydro
Complex water infrastructure projects are pushing the limits of traditional modeling approaches. Learn how the added detail from 3D numerical modeling translates into better performance, safety, and cost savings in practice.
Join us for a technical discussion highlighting how advanced CFD modeling tackled recent challenging projects across water infrastructure. We'll analyze modeling decisions, compare approaches, and discuss lessons learned from modeling complex hydraulic scenarios.
Session Topics:
Technical Case Studies: Technical analysis of recent dam spillway, fish passage, and stormwater projects where modeling approaches significantly impacted design outcomes
Integrating Multiphysics: Coupling hydraulics with sediment transport, air entrainment, thermal effects for more comprehensive solutions.
Effective Communication: Delivering results that are clear, defensible, and accessible to both clients and regulators.
Professional Development Landscape: Overview of training opportunities in 2026.
Ideal for: Engineering consultants, water resources engineers, project managers, practice leaders, regulators, DOTs, utilities, civil, environmental, coastal, wastewater engineers and anyone involved in complex hydraulic infrastructure design seeking technical insights and industry perspective.
Learn more about FLOW-3D HYDRO's 3D CFD modeling solutions at flow3d.com/hydro
