Simulation analysis of path planning for workpiece clamping robots based on digital twin technology by Xin PAN, Min LIANG, Yanchao YIN, Zhong CHEN

“…Central to this method is the proposed RRT*-Connect algorithm, which performs dynamic elliptical constraint sampling. By integrating dynamic constraint sampling with adaptive step-size adjustments, the algorithm significantly enhances the efficiency of random tree search process. …”
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Seismic isolation for existing structures: a review of retrofitting techniques, case studies, and trends by Wahab Abdul Ghafar, Tao Zhong, Zhengcong Lai, Zhang Pingle, Yang Yang, Md Mehedi Hasan

“…Conventional retrofitting methods are often inadequate for addressing the dynamic complexities associated with seismic loading. …”
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Objective Evaluation of Gait Asymmetries in Traditional Racehorses During Pre-Race Inspection: Application of a Markerless AI System in Straight-Line and Lungeing Conditions by Federica Meistro, Maria Virginia Ralletti, Riccardo Rinnovati, Alessandro Spadari

“…Some horses showed relevant asymmetries only under specific movement conditions, underscoring the complementary role of straight-line and lungeing assessments in comprehensive gait evaluation. These results suggest that objective gait analysis could enhance pre-race veterinary assessments, especially in traditional racing, where horses are subjected to significant biomechanical stress, including variable surface properties and repetitive directional loading. …”
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Development and optimization of the control device for the hydraulic drive of the belt conveyor by Leonid Polishchuk, Oleh Piontkevych, Artem Svietlov, Oksana Adler, Dmytro Lozinsky

“…This particularly applies to the hydraulic drive of a belt conveyor, which operates under variable load conditions. Therefore, investigations aimed at reducing static and dynamic characteristic indicators, design calculations, as well as three-dimensional modelling, are relevant tasks for engineers and scientists. …”
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Negative stiffness mechanical metamaterials based on curved beams for reusable shock isolation by Shuai Chen, Xu Lian, Xin Liu, Jiqiang Hu, Bing Wang, Jie Xu, Linzhi Wu

“…In the process of energy absorption, negative stiffness metamaterials can convert external input mechanical energy into structure strain energy, so they can provide good protection against external impact objects during dynamic impact. This paper aims to comprehensively and systematically study the general law of the buffering behavior of negative stiffness metamaterials based on curved beams through the design of buffering experiments and the establishment of an evaluation scheme for buffering performance, reveal its buffering mechanism under dynamic loads, and evaluate the effects of different geometric parameters for curved beam units and series unit cell number on metamaterial buffering performance. …”
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Plantar Pressure Distribution in Charcot–Marie–Tooth Disease: A Systematic Review by Alberto Arceri, Antonio Mazzotti, Federico Sgubbi, Simone Ottavio Zielli, Laura Langone, GianMarco Di Paola, Lorenzo Brognara, Cesare Faldini

“…<i>Methods</i>: A comprehensive search was conducted across PubMed, Scopus, and Web of Science databases. …”
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Analysis of a heterogeneous functionally graded material with a spherical void exposed to time-dependent ramp-type heating according to the TPL heat conduction model by Sami F. Megahid

“…The findings indicate that the dynamic behavior of functionally graded materials under complex mechanical and thermal loading situations can be more comprehensively understood. …”
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A combination replication strategy for data-intensive services in distributed geographic information system by Shaoming Pan, Zhengquan Xu, Qingxiang Meng, Yanwen Chong

“…Also, a comprehensive data placement strategy for all data and all replicas is defined to realize load balance. …”
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Constitutive model of metal rubber material considering plastic accumulation behavior by FENG Zhipeng, YANG Fang, FU Hailong, AI Shigang, WANG Yue, YUAN Liangyang

“…This distinctive structural configuration enables efficient mechanical energy dissipation under dynamic loading conditions through multiple synergistic mechanisms, including inter-coil dry friction, elastic bending deformation, and plastic deformation.…”
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Smart synergistic Fenton oxidation: CCD-optimized pathway for efficient 4-nitrophenol degradation by Neha Pandey, Nayna Agarwal, Prabir Ghosh, Gurudatta Singh, Kapil Kumar

“…This work simultaneously optimizes five critical process variables—iron loading on the catalyst, catalyst dosage, H2O2 concentration, initial 4-NP concentration, and pH—offering a comprehensive and systematic evaluation of Fenton processes. …”
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On the Boundary Conditions in Out-of-Plane Analysis of Thin Plates by the Finite Point Method by Sadegh Tavakoliyan, Mohamad Najar, Parham Memarzadeh, Tadeh Zirakian

“…Both distributed and concentrated external loads are examined to provide a comprehensive understanding of the behavior under different loading conditions. …”
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Fabrication and Characterization of a PZT-Based Touch Sensor Using Combined Spin-Coating and Sputtering Methods by Melih Ozden, Omer Coban, Tevhit Karacali

“…Low-frequency I–V measurements demonstrated consistent and repeatable polarization behavior under cyclic loading conditions. In addition, <inline-formula><math xmlns="http://www.w3.org/1998/Math/MathML" display="inline"><semantics><mrow><mo>|</mo><mi>Z</mi><mo>|</mo></mrow></semantics></math></inline-formula>–f measurements were performed to assess the sensor’s dynamic electrical behavior. …”
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Advances of Theoretical， Observational， and Numerical Studies on Relative Dispersion of Cloud Droplet Spectra by Fei WANG, Chunsong LU

“…As a key parameter to measure cloud droplet size distribution and dispersion characteristics， relative dispersion （ε） plays an important role in aerosol， cloud， and precipitation interactions.The correlation between ε and cloud droplet （Nc） or ambient aerosol （Na） number concentrations is one of the important factors， not only for describing cloud microphysical and dynamic processes but also for quantifying the impact of aerosols on cloud and precipitation.The influence of ε was not well considered in previous studies on aerosol indirect effect， which makes the relevant theoretical research and numerical simulation still have certain limitations.Based on the concept of ε， this study reviews the theories， in-situ measurements， and modeling studies in recent years from the aspects of the correlation between ε and Nc or ambient Na， the mechanism of ε on cloud microphysical parameters and dynamical process， and the estimation of aerosol indirect effect caused by ε and its uncertainties.With the exception of Nc， including updrafts， liquid water content， condensation， collision-coalescence， entrainment-mixing， evaporation in cloud， even aerosol physical or chemical properties can affect ε.The variation of Na will partly change the concentration and size distribution of cloud droplet， then affect ε.Previous studies indicate that there is a direct dependence of ε on Nc， but their correlation is complex and sensitive to many factors， such as aerosol loading and cloud conditions.Even for a same cloud parcel， ε varies considerably in different parts of cloud or at different evolutionary stages of cloud development.The ε-Nc correlation has been employed to evaluate the indirect effect in aerosol cloud interaction study.However， the diverse ε-Nc parameterizations may cause underestimation or overestimation of aerosol indirect effect in general circulation models.In addition， the occurrence and development of precipitation can be further affected through ε influencing the automatic transformation process of cloud water to rain water in the model parameterization scheme， resulting in the variation of surface precipitation.Anyway， there is still great uncertainty in characterizing the correlation between ε and cloud parameters， and estimating its impact on aerosol indirect effect is very difficult.Therefore， the mechanisms behind them need to be further studied.The problems and challenges in the current research on ε are summarized.The comprehensive summary of the previous studies gives a perspective of further outlook.Some conclusions can provide references for further understanding the role of ε in aerosol cloud interaction.…”
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Implementation of a Priority-based Energy Management Scheme with a common control strategy for PV and battery integrated Shunt Active Filters by Muhammad Rayyan Fazal, Mohamad Alaa Eddin Alali, Tanguy Phulpin, Romain Le Forestier, Christophe Goasguen

“…The power flow among the grid, PV panels, battery, and load is dynamically controlled and maintained based on the battery’s State of Charge (SoC), available PV power, constraints of the battery, and load requirements. …”
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Intra- and Inter-Regional Complexity in Multi-Channel Awake EEG Through Multivariate Multiscale Dispersion Entropy for Assessing Sleep Quality and Aging by Ahmad Zandbagleh, Saeid Sanei, Lucía Penalba-Sánchez, Pedro Miguel Rodrigues, Mark Crook-Rumsey, Hamed Azami

“…Moreover, assessing both intra- and inter-regional complexity provides a comprehensive perspective on the dynamic interplay between localized neural activity and its coordination across brain regions, which is essential for understanding the neural substrates of aging and sleep quality. …”
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Frequency and Time-frequency-based Analysis of Pressure Drop Signals in Structured Packed Columns by Pietro Giustacori, Leonardo Zando, Riccardo Bacci Di Capaci, Elisabetta Brunazzi

“…Pressure measurements were taken during column operation at various liquid loads and gas superficial velocities. Different liquid loads were investigated to enable a detailed study of the dynamic behavior of the structured packing during the onset of flooding. …”
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Electric Propulsion System of Ocean Single-trawling Vessel and Its Control by ZHENG Hui, PAN Gaofeng, JI Yong, PU Hongbin

“…Traditional diesel-powered trawling vessel has the disadvantages such as large fluctuation of working load, high fuel consumption at low load, serious pollution and poor dynamic characteristics. …”
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A Proposed Fragility Curve Based on PO-ID Hybrid Analysis for Seismic Assessment Performance of the Reinforced Concrete Continuous Bridges in Earthquake Prone Area by Khin Thuzar Htay, Jafril Tanjung, Masrilayanti, Monita Olivia, Fadzli Mohamed Nazri, Mulyadi Bur

“…Incremental dynamic analysis (IDA) effectively illustrates a bridge’s response to increasing seismic demands but does not account for ultimate displacement under static lateral loads. …”
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Application-oriented resource matching model based on trust for internet-based virtual computing environment by Chun-ge ZHU, Xin-ran LIU, Yi-xian YANG, Hong ZHANG

“…In order to solve the problem of reasonable resource s ing in the virtual computing environment (iVCE),a resource matching model,based on trust “resource sliding window” model,was proposed.Firstly,the resources were classified in advance by their static properties.Then the resource nodes were evaluated by a trust model based on the time window and Bayesian algorithm,and the evaluated results as well as the resource load were fused to determine the levels of the dynamic real-time performance.Finally,the scheduling resources were allocated according to the comprehensive assessment of the static and dynamic properties of the resource nodes.The proposed model provides a basis of scheduling strategy for different resources with different tasks and attributes,thus achieving the goal of “proper resources’ serving proper tasks”.Simulation results show that,compared the previous scheduling algorithm,the proposed model has better performance in the success rate of task execution and the rate of resource utilization.…”
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Multi-Hazard Vibration Control of Transmission Infrastructure: A Pounding Tuned Mass Damper Approach with Lifelong Reliability Analysis by Zhuoqun Zhang, Lizhong Qi, Jingguo Rong, Yaping Zhang, Peijie Li, Ziguang Jia

“…This paper introduces a comprehensive methodology for evaluating the reliability of power transmission towers under a range of dynamic disasters, encompassing both earthquakes and wind loads. …”
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