Strategic Objectives
• Decode the mechanical response of materials under neutron irradiation.
• Optimize vacuum vessel designs for extreme thermal gradients.
• Predict fatigue life using advanced multi-physics modeling techniques.
• Master the engineering of robust blanket support structures.
The Core Challenge
Modern materials fail when pushed beyond conventional limits, yet hybrid systems demand they survive simultaneous multi-physics stressors that defy standard structural analysis.
01
The Hybrid Environment
02
Vacuum Vessel Architecture
03
Materials Under Fire
04
The Neutron Harvest
05
Magnetic Pressure Dynamics
06
Blanket Support Systems
07
Mechanics of Fatigue
08
Neutron-Induced Swelling
09
The Cryostat Interface
10
Multi-Physics Modeling
11
Plasma Disruptions
12
Stress Corrosion Cracking
13
Superconducting Magnet Integrity
14
Creep and High-Temperature Flow
15
Finite Element Analysis
16
Remote Handling Constraints
17
Advanced Tritium Barriers
18
Ductile-to-Brittle Transition
19
Codes and Standards
20
Advanced Manufacturing
21
The Future of Hybrid Systems
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