Hui Wang

Hainan University

Author Statistics

Papers

Citation

H-Index

i-10 index

Research Trends

Author Order

Document Type

Co-Authors

Tao Liu

University of Queensland

393

Tujin Shi

Pacific Northwest National Laboratory

390

Marina Gritsenko

Pacific Northwest National Laboratory

390

Ron Moore

Pacific Northwest National Laboratory

390

David Camp

Pacific Northwest National Laboratory

390

Therese RW Clauss

Pacific Northwest National Laboratory

390

Chaochao Wu

Fuzhou University

390

Matthew Monroe

Micron (United States)

390

Maritza Sanchez Valdivia

Pacific Northwest National Laboratory

390

Ehwang Song

Pacific Northwest National Laboratory

390

Cooperative Institutions

Chinese Academy of Sciences

155

Hainan University

Tianjin University

Dalian University of Technology

University of Chinese Academy of Sciences

Zhejiang University

Tsinghua University

Central South University

Henan University of Technology

Sun Yat-sen University

Author Statistics

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Research Field

Modelling pressure dynamics of oil-gas two-phase flow in double-porosity media formation with permeability-stress sensitivity

Research Square (Research Square) (2024)

Chunyu Zhang Shijia Chen Songbai Zhu Xue Yan Hui Wang

Abstract In this research, the oil-gas two-phase flow model for a double-porosity media formation with permeability-stress sensitivity was first established for three kinds of outer boundaries. The unified governing equation was deduced by utilizing the H function. The nonlinear mathematical model in consideration of permeability-stress sensitivity was linearized by implementing the canonical perturbation transformation and then solved by using the Laplace transformation. After that, a sequence of typical log-log curves of pressure dynamics influenced by various model parameters were plotted and analyzed. These curves reflect the typical characteristic of a V shape caused by the inter-porosity fluid flow from matrix toward natural fractures. Oil saturation and permeability-stress sensitivity coefficient have much influence on the pressure dynamics. Ultimately, the established model of oil-gas two-phase flow was validated through a well-test fitting interpretation for a real condensate gas well in a sandstone formation. This research can offer insights into the pressure dynamics dominated by the oil-gas two-phase flow in naturally fractured formations and the permeability-stress sensitivity effect.

10.21203/rs.3.rs-4358142/v1

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Citations (0)

Micro-scale mechanism of sealed water seepage and thickening from tailings bed in rake shearing thickener

Minerals Engineering (2021)

Huazhe Jiao Yachuang Wu Hui Wang Xinming Chen Zhen Li

Arithmetic underflow

Dewatering

Shearing (physics)

Dilatant

10.1016/j.mineng.2021.107043

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Citations (53)

Value Analyses and Management Strategies Based on the Hierarchy of Customer Behaviors

Industrial Engineering Journal (2005)

Hui Wang

It is the key for modern companies to win the future competition to strengthen the analysis and management of customer value from the aspect of customer behaviors.This paper discusses profoundly the whole meaning of customer values,establishes a hierarchy model of customer behaviors,and puts forward strategies of customer value management based on different kinds of customers.The model and methods proposed in the paper can be employed to explore the inherent law among customer satisfaction,loyalty and customer value effectively,so as to improve companies' customer value analysis and management.

Customer Lifetime Value

Customer to customer

Customer intelligence

Customer Equity

Customer Satisfaction

Customer delight

Value (mathematics)

Customer value

Source

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Citations (0)

NH4Al(SO4)2·12H2O-Na2SO4 eutectic-based phase change materials with excellent light absorbance, enhanced thermal conductivity, and high latent heat performance

Journal of Energy Storage (2024)

Biao Hu Jiachen Li Xin Du Zhenying Zhang Hui Wang

Absorbance

Phase-change material

10.1016/j.est.2024.113349

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Citations (2)

Fundamental solution-based hybrid finite element analysis for non-linear minimal surface problems

WIT transactions on state-of-the-art in science and engineering (2010)

Hui Wang Qing‐Hua Qin

Welcome to the WIT Press eLibrary - the home of the Transactions of the Wessex Institute collection, providing on-line access to papers presented at the Institute's prestigious international conferences and from its State-of-the-Art in Science & Engineering publications.

10.2495/978-1-84564-492-5/23

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Citations (5)

Design Capacity of T-Strut Subject to Compressive Force

Advanced materials research (2010)

Xiao Li Xiong Li Bin Jin Hui Wang

T-struts subject to centroid compression buckle flexural-torsionally about their axis of symmetry. When the force is applied at the shear center of the section, T-struts buckle either flexurally or torsionally without coupling of flexure with twisting. Although the buckling load of shear center loading is greater than that of centroid loading, i.e. T-struts in elastic stage provide larger resistance to buckling about their axis of symmetry when the compression is applied at the shear center in lieu of the centroid of the section, T-struts with defect such as fabrication error, load eccentricity and residual stress always buckles in the elastic-plastic range actually, and the design capacity decrease by shifting the working line of a T-section compression chord to the shear center. That peculiarity is verified by the nonlinear buckling analysis of T-struts models in ANSYS.

Buckle

Chord (peer-to-peer)

Centroid

Shear force

10.4028/www.scientific.net/amr.163-167.550

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Citations (1)

A novel localized collocation solver based on Trefftz basis for potential-based inverse electromyography

Applied Mathematics and Computation (2020)

Qiang Xi Zhuojia Fu Wenjie Wu Hui Wang Yong Wang

Collocation (remote sensing)

Solver

Basis (linear algebra)

10.1016/j.amc.2020.125604

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Citations (49)

Optically Triggered Synchronous Heat Release of Phase‐Change Enthalpy and Photo‐Thermal Energy in Phase‐Change Materials at Low Temperatures

Advanced Functional Materials (2020)

Hao Liu Junwen Tang Liqi Dong Hui Wang Tianyu Xu

Abstract Phase‐change materials (PCMs) are used in several energy recycling utilization systems due to their latent‐heat‐storage and ‐release ability. However, the inability of PCMs to release heat at temperatures below their freezing point limits their application in distributed energy utilization systems. This paper reports optically‐triggered low‐temperature heat release in PCMs based on a solid–liquid phase change (PC) controlled by the trans – cis ( E – Z ) photo‐isomerization of azobenzene. To achieve this, a photo‐responsive alkyl‐grafted Azo is incorporated into tetradecane (Ted) to create a photo‐sensitive energy barrier for the PC. The Azo/Ted composite exhibits controllable supercooling (4.04–8.80 °C) for heat storage and achieves synchronous heat release of PC enthalpy and photo‐thermal energy. In addition, the Azo reduces the crystallization of Ted by intercalating into its molecular alignment. Furthermore, under light illumination, the Azo/Ted composite releases considerable heat (207.5 J g −1 ) at relatively low temperatures (−1.96 to −6.71 °C). The temperature of the annular device fabricated for energy utilization increases by 4 °C in a low‐temperature environment (−5 °C). This study will pave the way for the design of advanced distributed energy systems that operate by controlling the energy storage/release of PCMs over a wide range of temperatures.

Supercooling

Azobenzene

Thermal energy

Atmospheric temperature range

10.1002/adfm.202008496

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Citations (98)

Strength analysis of vehicle body skeleton structure based on finite element model

International Journal of Materials and Product Technology (2024)

Hui Wang Cheng Yang

Skeleton (computer programming)

10.1504/ijmpt.2024.143245