Strategic Objectives
• Master the precise sequences of cold working and heat treatment.
• Unlock the secrets of 'programming' metals for repeatable movement.
• Understand the mechanics of internal stress and dislocation networks.
• Implement advanced training protocols without changing material chemistry.
The Core Challenge
Traditional manufacturing treats metal as static, but achieving reliable two-way shape memory requires a complex 'programming' of the metallurgical history that most engineers struggle to master.
01
The Foundations of Shape Memory
02
The Crystalline Stage
03
Programming via Plasticity
04
Cold Working Strategies
05
The Thermal Cycle Blueprint
06
Internal Stress Architecture
07
The Two-Way Mechanism
08
Annealing for Memory
09
Grain Boundary Engineering
10
The Precipitation Process
11
Mechanical Cycling Protocols
12
Thermodynamics of Transformation
13
Crystallographic Texture Control
14
The Hysteresis Loop
15
Superelasticity vs. Memory
16
Deformation Twinning
17
Quenching and Kinetics
18
Characterizing the Programmed State
19
Surface Integrity and Training
20
Stability and Degradation
21