Bing Pan
Also known as 潘兵
Bing Pan is a researcher in experimental mechanics whose digital image correlation work measures displacement and strain in hot materials. He studies subset-size selection in 2008, develops iterative and pointwise least-squares methods in 2009, and coauthors a high-temperature measurement system in 2010. He receives the Hetenyi Award from the Society for Experimental Mechanics in 2018 and China's National Science Fund for Distinguished Young Scholars in 2019. His 2022 News & Views examines deep learning for optical metrology, and a paper with Yu Liping presents single-camera DIC for hypersonic vehicle thermal-protection materials. In April 2026, he is a professor at Beihang and chief scientist at Haytham Technology.
- Now at
- Beihang University
- Works
- 228
- Citations
- 15,469
- h-index
- 50
Publication numbers from OpenAlex, as of 22 October 2026.
Timeline
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2008
DIC subset-size selection
In 2008, he coauthors the Optics Express paper “Study on subset size selection in digital image correlation for speckle patterns.”
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2009
Iterative least-squares DIC
In 2009, he coauthors a digital image correlation method that uses iterative least squares to measure displacement and pointwise least squares to measure strain.
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2010
High-temperature DIC system
In 2010, he coauthors a non-contact system that combines simulated aerodynamic heating and digital image correlation to measure thermal deformation in materials used in high-speed vehicles.
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2018
A Hetenyi Award
He receives the Hetenyi Award from the Society for Experimental Mechanics in 2018.
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2019
Distinguished Young Scholars award
He receives China's National Science Fund for Distinguished Young Scholars in 2019.
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2022
Deep learning in optical metrology
In 2022, he writes a News & Views on deep learning in optical metrology, covering fringe denoising, phase unwrapping and single-shot profilometry.
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2022
Single-camera high-temperature DIC
With Yu Liping, he coauthors a single-camera, three-dimensional digital image correlation system in 2022 for measuring high-temperature deformation in hypersonic vehicle thermal-protection materials.
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April 2026
Professor and chief scientist
In April 2026, he is a professor at Beihang and chief scientist at Haytham Technology. His team and Yu Liping's group make progress in high-temperature thermal-mechanical testing, with results published in Optics and Laser Technology.
Career
- 2016–2024Beijing Institute of Technology
- 2009–2026Beihang UniversityProfessor
- 2006–2009Tsinghua University
- Haytham TechnologyChief scientist
Sources and credits
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- Optics Express, Volume 16, Issue 10
- Digital Image Correlation using Iterative Least Squares and Pointwise Least Squares for Displacement Field and Strain Field Measurements
- A Non-contact High-temperature Deformation Measuring System Based on Digital Image Correlation Technique
- Keynote – icem22
- Optical metrology embraces deep learning: keeping an open mind
- Single-camera high-temperature three-dimensional digital image correlation method
- Company News_Shenzhen Haytham Technology Co., Ltd.



