Dongyu Wu

Microstructure evolution and impact failure characteristic of graded PDC fabricated via material extrusion-based additive manufacturing

Xiangwang Kong, Shaohe Zhang, Yulu Li, Haoyang Zhang et autres

cn (code pays fourni par la source)

Mitigating Heterogeneity-Induced Acid Overflush in Reservoir: Smart Flow Control Completion and High-Resolution Numerical Modeling for Enhanced Acidizing

Bohong Wu, Peng Lu, Dongyu Wu, Chao Yang et autres

Abstract To address the challenges of heterogeneity-induced acid overflush in carbonate reservoirs, a Smart Flow Control Completion is developed to solve the problem of uneven acidizing effects in long horizontal wells. To better design the Smart Liner(SL), it is necessary to study …

cn (code pays fourni par la source)

Investigation of synergistic activation effect of nanobubbles and fine-grained minerals on hydrate formation

Dongyu Wu, Junxiang Liu, Jinsheng Sun, Ren Wang et autres

cn (code pays fourni par la source)

A Critical Review of Limited-Entry Liner (LEL) Technology for Unconventional Oil and Gas: A Case Study of Tight Carbonate Reservoirs

Bohong Wu, Dongyu Wu, Chao Yang, Xinxin Zhang et autres

Limited-Entry Liner (LEL) technology has emerged as a transformative solution for enhancing hydrocarbon recovery in unconventional reservoirs while addressing challenges in carbon sequestration. This review examines the role of LEL in optimizing acid stimulation, hydraulic fracturing and production optimization, focusing on its …

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Influence of printing gap in fused filament fabrication of cemented carbide on thermal debinding effectiveness

Yuanfa Li, Linglong Rong, Haoyang Zhang, Dongyu Wu et autres

cn (code pays fourni par la source)

Ultrafine and low-loading Pt nanoparticles anchored in NiFe-LDH as overall water splitting electrocatalyst

Yu Ling Guo, Ruixin Shi, Chen Chen, Dongyu Wu et autres

cn (code pays fourni par la source)

Effect of gradient layer thickness on microstructure and properties of gradient polycrystalline diamond compact fabricated via material extrusion 3D printing technology

Xiangwang Kong, Shaohe Zhang, Linglong Rong, Dongyu Wu et autres

cn, de, hk (code pays fourni par la source)

LSPR-enhanced hydrogen evolution via Au-UiO-67-NH2/ZnIn2S4/MoS2 hybrid nanostructures

Jing Ru, Kang Li, Guofeng Sun, Maoxia Chen et autres

cn (code pays fourni par la source)

Modulation of NiFe-LDH electrocatalyst stability by electrocatalyst-substrate interface engineering

Yu Ling Guo, Ruixin Shi, Chen Chen, Dongyu Wu et autres

cn (code pays fourni par la source)

A Preliminary Type- and Control-Flow Analysis for System F$$_\omega $$

Dongyu Wu, Matthew T. Fluet

us (code pays fourni par la source)

Rapid simulation and phase distortion evaluation of thermal blooming effect in internal laser propagation channels

Dongyu Wu, Xiang Li, Jiasheng Li, Liang Gao et autres

高功率激光在内通道传播过程中，光束会在导光路径中加热传播介质产生热晕现象，影响高能激光设备出光口处光束质量；由于内通道中光路排布复杂，因此对导光路径上热晕影响的评估往往需要复杂的工作和较长的时间。为适应工程中对导光路径热晕效应快速评估的需要，本文提出一种基于有限元法的内光路热晕效应快速模拟方法。该方法对流体区域进行微元划分，利用有限元分析方法进行流场分析；对复杂内通道的流场区域建立简化分析模型，在简化模型中划分等晕区域；根据各等晕区域内光程差计算结果，完成热晕效应导致的相位畸变的数值模拟计算。将计算结果与现有方法计算结果对比，结果显示：对于复杂光路，该方法计算结果与现有方法计算结果偏差小于3.6%，相位畸变形式相近；对于L型单元，该方法计算结果与现有方法计算结果得到的主要像差影响因素和变化规律相同。利用该方法完成对直管道不同重力作用方向下的热晕影响分析，结果显示，相位畸变随重力方向变化而变化，相位变化的大小与重力在垂直于光轴方向的分量大小有很强的相关性。该方法相较于现有方法灵活性高、无需进行复杂自编分析程序调试。该方法的分析结果在工程设计阶段能够快速评估内通道导光路径中热晕效应，为确定热晕抑制方法提供重要参考。

Investigation of Synergistic Activation Effect of Nanobubbles and Fine-Grained Minerals on Hydrate Formation

Dongyu Wu, Junxiang Liu, Jinsheng Sun, Ren Wang et autres

cn (code pays fourni par la source)