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Author

Fenglu Liu

ORCID: 0009-0008-5219-3680
Observed ORCID: 0009-0008-5219-3680
OpenAlex ID: A5053504756
Use of Time-of-Flight Ultrasound to Measure Wave Speed in Poplar Seedlings
2019 · Fenglu Liu, Pengfei Xu, et al. · Forests · 54
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Non-destructive evaluating the density and mechanical properties of ancient timber members based on machine learning approach
2022 · Zhenbo Xin, Dongfang Ke, et al. · Construction and Building Materials · 39
Experimental and Theoretical Modal Analysis of Full-Sized Wood Composite Panels Supported on Four Nodes
2017 · Cheng Guan, Houjiang Zhang, et al. · Materials · 27
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Assessing the density and mechanical properties of ancient timber members based on the active infrared thermography
2021 · Zhenbo Xin, Cheng Guan, et al. · Construction and Building Materials · 22
Evaluation of Mechanical Properties of Cross-Laminated Timber with Different Lay-ups Using Japanese Larch
2019 · Yingchun Gong, Fenglu Liu, et al. · JOURNAL OF RENEWABLE MATERIALS · 17
Determining elastic constants of full-size cross laminated timber panel supported on four nodes using a vibration method
2022 · Zhenbo Xin, Houjiang Zhang, et al. · Construction and Building Materials · 10
Acoustic Wave Propagation in Standing Trees – Part 1. Numerical Simulation
2020 · Fenglu Liu, Xiping Wang, et al. · Wood and Fiber Science · 10
Variations in Orthotropic Elastic Constants of Green Chinese Larch from Pith to Sapwood
2019 · Fenglu Liu, Houjiang Zhang, et al. · Forests · 10
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Acoustic Wave Propagation in Standing Trees - Part II. Effects of Tree Diamter and Juvenile Wood
2021 · Fenglu Liu, Houjiang Zhang, et al. · Wood and Fiber Science · 7
Research on Non-Destructive Testing of Log Knot Resistance Based on Improved Inverse-Distance-Weighted Interpolation Algorithm
2024 · Fenglu Liu, Wenhao Chen, et al. · Forests · 2
Screening for internal defects of timber members based on impact evaluation method
2020 · Zhenbo Xin, Houjiang Zhang, et al. · Construction and Building Materials · 2
An optimised resistance tomography approach for detecting knots in logs based on the shortest current path model
2026 · Fenglu Liu, Ronghui Xu, et al. · Wood Material Science and Engineering · 1
A Research of Design, Lateral Stability and Simulation for a Chassis Running in Forest
2022 · Yue Zhu, Jiangming Kan, et al. · Croatian journal of forest engineering · 1
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Stress Wave Propagation in Larch Plantation Trees-Numerical Simulation
2015 · Fenglu Liu, Fang Jiang, et al. · 1
Effects of temperature and relative humidity on tomographic imaging of log knots based on the shortest current path model
2026 · Lijuan Chen, Ronghui Xu, et al. · Holzforschung
Mechanical Properties of Side-Pressed Laminated Bamboo Lumber Based on Ultrasonic NDT Technology
2025 · Fenglu Liu, Jiawei Xiao, et al. · Forest Science and Technology
A conversion model for acoustic wave velocity between standing trees and logs
2025 · Fenglu Liu, Shengyu Lin, et al. · Wood Science and Technology
Numerical simulation of stress wave propagation in the three-layer medium structure of standing trees
2025 · Yingchun Gong, Jialei Qu, et al. · BioResources
Study on Nondestructive Detection Imaging Method of Log Knot Based on Judging the Shortest Path of Stress Wave Propagation
2024 · Fenglu Liu, Qinhui Wang, et al. · Forests
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Works count: 19
Citation count: 203
H-index: 8
I10-index: 8
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