Topic Learning · Process Videos
Processing Video Guide
Four teacher-provided videos extend the course site from in-situ research cases to industrial process understanding: rolling, steel property control, quenching, and semiconductor manufacturing.
- Process Videos
- 4
- Total Duration
- 43 min
- Learning Threads
- 3
Watch With Questions
- How does processing temperature change deformation resistance, recrystallization, and final product quality?
- How do carbon content, heat treatment, and microstructure produce different combinations of softness, hardness, and toughness in steel?
- Why does quenching require control of austenitization, cooling rate, and subsequent tempering?
- How can materials processing principles be extended from metals to integrated semiconductor manufacturing?
Learning Map
Connecting Industrial Processes With Materials Principles
Four teacher-provided videos extend the course site from in-situ research cases to industrial process understanding: rolling, steel property control, quenching, and semiconductor manufacturing.
Property Control in Steels
Manufacturing Frontiers
Process Videos
Processing Video Guide
Four teacher-provided videos extend the course site from in-situ research cases to industrial process understanding: rolling, steel property control, quenching, and semiconductor manufacturing.
V1 · Thermomechanical Processing
Hot rolling and cold rolling: how temperature changes deformation, force, and final microstructure
Compare deformation above and below the recrystallization temperature to connect rolling force, grain evolution, surface quality, and downstream performance.
- Material System
- Steel strip and sheet
- Process
- Hot rolling / cold rolling
- Characterization
- Industrial process animation and explanation
- Course Link
- Plastic processing / rolling
Video Source
Toutiao · Difference Between Hot Rolling and Cold Rolling https://www.toutiao.com/video/7635142971402224178/V2 · Property Control in Steels
Softness, hardness, and toughness in steel: heat treatment as microstructure design
Use the video to discuss why steel properties are not a single-number target: phase composition, defect density, and heat-treatment history jointly define service behavior.
- Material System
- Carbon steels and alloy steels
- Process
- Heat treatment and microstructure-property control
- Characterization
- Engineering explainer video
- Course Link
- Heat treatment / property control
Video Source
Toutiao · How Steel Achieves Softness Hardness and Toughness https://www.toutiao.com/video/7648977713075667475/V3 · Property Control in Steels
Quenching steel: cooling rate, martensite formation, and property adjustment
Quenching is a process window, not a single action: heating temperature, holding time, cooling medium, section size, and tempering all affect the final microstructure.
- Material System
- Steel components
- Process
- Austenitizing, quenching, and tempering
- Characterization
- Workshop demonstration and explanation
- Course Link
- Quenching / heat treatment
Video Source
Toutiao · Understanding Quenching Process for Steel Properties https://www.toutiao.com/video/7650507572356579855/V4 · Manufacturing Frontiers
Chip manufacturing: process integration from wafer to patterned functional structure
This frontier video broadens the course view from metal processing to micro- and nano-manufacturing, where materials selection, surface processes, and process sequencing are tightly coupled.
- Material System
- Silicon wafers and thin films
- Process
- Lithography, deposition, etching, and packaging
- Characterization
- Manufacturing overview video
- Course Link
- Process integration / semiconductor manufacturing
Video Source
Toutiao · Deep Explanation of Chip Manufacturing https://www.toutiao.com/video/7634310996072448562/