University of Cambridge

Visit to China Steel, Kaohsiung, Taiwan


Harry visited China Steel (September, 2023) to deliver a talk on entitled machine learning - steels - artificial intelligence?, and then have a holiday at the southernmost tip of Taiwan. Professor Jer Ren Yang of the National Taiwan University, and PT Group Member, arranged everything. Many of the photographs are by Professor Yang and Dr Daniel Ming-Chin Tsai who translated Harry and Honeycombe's Steels book into Taiwanese Chinese, which uses a different script from mainland China.

China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
The audience at Harry's lecture		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Here, showing how to avoid overfitting non-linear models
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Reduced-activation steels		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
A lovely exhibition of a few of the many steel products made using steel from "China Steel". Pictures reproduced with permission.
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Strong fastners, for example for wind turbines or other engineering structures		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
These large ones are for wind power generation structures
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Variety of fastners for furniture		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Strong springs and other devices. The steel used has Fe-0.6C-1.4Si-0.7Mn-0.7Ct wt% and after generating martensite, which is tempered, its yield strength is in excess of 1 GPa.
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
China Steel provided the thermomechanically processed strong steel for the construction of Taipei 101. The image also shows the mechanisms introduced to resist damage from earthquakes		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Drive shafts and gears
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Gardening tools and blades		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Electric motors and transformers are now big business. Here, and electrical steel with a self-bonding coating, motor cores.		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Amazing picture of steel in a car body, including the lightweight but safe, seats. Notice the frontal crash beams which would absorb considerable energy in the event of an impact
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
The CSC Group also makes aluminium for computers, bullet-proof armour etc.		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
The display area
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Box columns for building construction, weldable		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
fastners (see above)
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
High efficiency induction motor		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Powerful hard-magnets. Harry could not pull the one at the bottom, from its container, try as he may
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Airbag inflator and carbon-dioxide charger		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Gears
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Very strong steel chains and compressor casings		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Automotive drive shafts
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Gears		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Engine
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Saw blades		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Ballistic armour
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Bulge test		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
A lovely model of Taipei 101
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Welded joints		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Welded joints
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Weld on box column		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Weld on container ship
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Strong fastners		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Strong fastners
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Variety of steel fastners		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Variety of steel fastners
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Beginning of holiday, the day after the lecture. View from luxury hotel room		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Wow
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Yes, more wow		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Interesting buildings at sea front
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Interesting buildings at sea front - picture from hotel room		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Yang says that the rock in the background is a "sail"
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
This structure, which looks like an evolving embryo, is made by an artist using stainless steel rope		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
The hotel room
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Grand Hi-Lai Hotel		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
The "sail"
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Harry, photographing the sail		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Everything is so lush and green
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Lighthouse with a 1500 Watt bulb and focusing lenses		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Looks really comfortable		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Harry and Daniel, photograph by Yang		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Here, we met some Swedish scout leaders who had been to the international gathering of scouts in South Korea. The large meeting had to be abandoned due to a typhoon alert. The two visitors decide to go to Taiwan, then Vietnam, Singapore and back home.
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung		 China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung
China Steel, Kaohsiung, Taiwan, Harry Bhadeshia, Jer Ren Yang, Daniel Ming-Chin Tsai, University of Cambridge, National Taiwan University, machine learning, steels, design of steels, alloy design, complex properties, 2023
Kaohsiung





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