Hao Chen

fuzhou university

H指数:25

被引数:1,767

个人简介

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工作经历

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荣誉奖项

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Freeze-Drying-Induced Hydrophobic Aggregation Limits the Redissolubility of Spirulina Protein: Limiting Factors and Solubilization Mechanism

冷冻干燥诱导的疏水聚集限制了螺旋藻蛋白的重溶能力：限制因素与溶解机制

Journal of Food Engineering

IF5.8

2026-08-080

PRE

Research on arc oscillation promoting mass transfer and metal deposition forming in underwater wet welding processes

MATERIALS TODAY COMMUNICATIONS

IF4.5

2026-01-010

PRE

A Dynamically Switchable Three-Layer Terahertz Metasurface Based on VO₂-Graphene Hybrid for Ultra-Broadband and Quad-Narrowband Absorption

一种基于VO₂-Graphene混合结构的动态可切换三层太赫兹超表面，用于超宽带和四窄带吸收

Dalton Trans.

IF3.3

2025-11-180

PRE

Morphology and rheological behavior of N2 foam fluid under high temperature and high pressure conditions: Laboratory study at the bubble scale

高温高压条件下N2泡沫流体的形态及流变行为：气泡尺度实验室研究

Journal of Environmental Chemical Engineering

IF7.2

2025-10-310

PRE

Negative sample selection for landslide susceptibility prediction: a hybrid optimization approach using an AHP-KDE multi-ring sampling strategy

滑坡易发性预测中的负样本选择：一种基于AHP-KDE多环采样策略的混合优化方法

Ecological Indicators

IF7.4

2025-10-170

OAAI

Physics-informed neural networks for capturing the true relationships between parameters to predict the dynamic triaxial strength of rocks in cold environments

基于物理信息神经网络，用于捕捉参数间真实关系以预测寒冷环境下岩石的动态三轴强度

Measurement

IF5.6

2025-09-040

PRE

Overwhelming oxide films fragmentation and interfacial reaction mechanisms in ultrasonic-assisted brazing of Al-foam/Cu using semi-molten Zn–14Al filler

利用半熔融Zn–14Al焊料在超声辅助钎焊Al-foam/Cu过程中克服氧化物膜的过度碎裂和界面反应机理

Journal of Materials Research and Technology

IF6.6

2025-08-280

OAAI

The influence of welding methods on the microstructure evolution of pure Ag in friction stir welding

摩擦搅拌焊接中纯Ag的微观结构演变受焊接方法的影响

Materials Letters

IF2.7

2025-08-080

PRE

Molten pool morphology and microstructure evolution of WAAM Ti6Al4V under in-situ electropulsing

WAAM Ti6Al4V在原位电脉冲作用下的熔池形貌及微观结构演化

Journal of Materials Research and Technology

IF6.6

2025-07-090

A new CNN-GRU deep learning framework optimized by CHIO for precise prediction of debris flow velocity

STOCHASTIC ENVIRONMENTAL RESEARCH AND RISK ASSESSMENT

IF3.6

2025-04-010

PRE

A novel method for predicting debris flow hazard: a multi-strategy fusion approach based on the light gradient boosting machine framework

STOCHASTIC ENVIRONMENTAL RESEARCH AND RISK ASSESSMENT

IF3.6

2025-03-011

PRE

Effects of spatial welding positions on arc bubble behavior, droplet transfer process, and weld microstructure and properties in underwater wet welding

JOURNAL OF MANUFACTURING PROCESSES

IF6.8

2025-02-011

PRE

Effects of heat input on microstructure evolution and corrosion resistance of underwater laser cladding high-strength low-alloy steel coating

MATERIALS CHARACTERIZATION

IF5.5

2024-12-010

PRE

Dynamic behavior regulation of droplet transfer based on arc-bubble control by ultrasound-induced during underwater wet welding

JOURNAL OF MANUFACTURING PROCESSES

IF6.8

2024-11-013

PRE

Truncated Anti-Resonant Hollow-Core Fiber for Reduced Microstructure Diameter

用于减小微结构直径的截断反共振空芯光纤

JOURNAL OF LIGHTWAVE TECHNOLOGY

IF4.8

2024-09-014

PRE

Prediction and explanation of debris flow velocity based on multi-strategy fusion Stacking ensemble learning model

基于多策略融合堆叠集成学习模型的泥石流流速预测与解释

JOURNAL OF HYDROLOGY

IF6.3

2024-07-0110

PRE

Flame reconstruction of hydrogen fueled-scramjet combustor based on multi-source information fusion

INTERNATIONAL JOURNAL OF HYDROGEN ENERGY

IF8.3

2023-09-019

PRE

A novel strategy to prevent hydrogen charging via spontaneously molten-slag-covering droplet transfer mode in underwater wet FCAW

MATERIALS & DESIGN

IF7.9

2023-02-017

OAAI

Improvement of microstructure and mechanical properties for underwater wet 16Mn/304L dissimilar steel welded joints assisted by presetting butter layer

MATERIALS TODAY COMMUNICATIONS

IF4.5

2022-12-0112

PRE

Dual-path flow field reconstruction for a scramjet combustor based on deep learning

PHYSICS OF FLUIDS

IF4.3

2022-09-1628

PRE

Hao Chen

个人简介

教育背景

工作经历

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