Strategic Objectives
• Master the core principles of Computational Fluid Dynamics (CFD) for airflow optimization.
• Understand the mechanics of liquid cooling and phase-change heat transfer.
• Learn to design resilient containment systems for high-density server racks.
• Explore the future of sustainable, zero-emission thermal infrastructure.
The Core Challenge
As high-density hardware pushes the limits of silicon, traditional cooling methods are failing, leading to catastrophic inefficiencies and hardware failure.
01
The Thermodynamic Foundation
02
Fluid Dynamics Essentials
03
Heat Transfer Mechanisms
04
The CFD Workflow
05
Navier-Stokes for Infrastructure
06
Boundary Layer Effects
07
Turbulence Modeling
08
Convective Heat Transfer Coefficients
09
Psychrometrics and Humidity
10
Containment Systems
11
Heat Sink Engineering
12
Liquid Cooling Evolution
13
The Physics of Heat Pipes
14
Fan Laws and Air Movers
15
Heat Exchangers and CRAC Units
16
The Refrigeration Cycle
17
Thermal Interface Materials
18
Sensors and Thermal Telemetry
19
Power Usage Effectiveness (PUE)
20
Two-Phase Immersion Cooling
21