Strategic Objectives
• Master the core principles of fluid mechanics applied to complex urban geometries.
• Understand the transition from static modeling to high-fidelity real-time simulation.
• Learn to integrate surface runoff physics with subsurface pipe network dynamics.
• Explore the cutting-edge algorithms used to predict hydraulic surges and system failures.
The Core Challenge
Traditional urban planning often overlooks the complex, real-time computational physics required to prevent catastrophic flooding and manage aging pipe networks.
01
Foundations of Fluid Mechanics
02
The Navier-Stokes Equations
03
Urban Hydrology Principles
04
Open-Channel Flow Dynamics
05
Pipe Flow and Pressure Systems
06
Computational Fluid Dynamics (CFD)
07
The Saint-Venant Equations
08
Hydraulic Head and Energy Loss
09
Turbulence Modeling in Cities
10
Water Distribution Networks
11
Rainfall-Runoff Modeling
12
The Darcy–Weisbach Equation
13
Backwater Effects and Surcharging
14
Finite Volume Methods
15
Real-Time Data Integration
16
Water Hammer and Transients
17
Stormwater Management Simulation
18
Manhole and Inlet Hydraulics
19
Kinematic Wave Theory
20
Boundary Conditions in Urban Grids
21