The Effect of Cutoffs on the Uplift Pressure Beneath the Hydraulic Structures Floor by Faisal Al Tabatabaie, Dhabia Sabeeh Al Waily

“…In this paper, the experimental method- by using electrical analogue model- was carried out to plot the flow net and study the efficiency of the front and rear faces of the cutoffs for dissipating the potential energy of the percolating water underneath the floor of hydraulic structure. …”
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Effect of support position on the vibration-induced damage of frame structures by Shenghao Xu, Junhong Park

“…The propagation, transmission, reflection, and connection mechanisms of elastic waves in two-dimensional structures are intuitively described using matrix representations to construct the wave equations of the system. …”
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Flow partition in two-dimensional open channels with porous structures by Fikri M. Radiyan, Xiaofeng Liu

“…Abstract Natural and man-made porous structures are ubiquitous in rivers and streams. Flow partition, i.e., the split of flow through and around the porous structures plays an important role for many applications such as backwater rise, flood control, bed shear stress amplification, sediment transport, and habitat suitability. …”
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Seismic Vulnerability Analysis of Rural Modified Raw-Soil Structures by Shiwei Hou, Hao Zhang, Yuzhe Zhang, Xin Chen, Suyun Meng

“…The use of LC3 soil improves structural resistance and reduces the damage probability of a structure, and the influence of different ultimate failure states on the vulnerability of the raw-soil structure was studied.…”
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Physical Attributes of Bardeen Stellar Structures in fR Gravity by M. Farasat Shamir, Ammara Usman, Tayyaba Naz

“…It is observed that all the outcomes by graphical exploration and tabular figures show that the Bardeen black hole model describes the physically realistic stellar structures.…”
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Application of Artificial Intelligence to Support Design and Analysis of Steel Structures by Sina Sarfarazi, Ida Mascolo, Mariano Modano, Federico Guarracino

“…The review explores challenges such as data limitations, model generalization, engineering reliability, and the need for physics-informed learning while examining AI’s role in bridging research and real-world structural applications. …”
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Geometric Structures in Textile Design Made with 3D Printing by Cihat Okan Arikan, Samet Doğan, Deja Muck

“…In this study, three different basic geometric structures were designed using the Blender program (a free open-source 3D modelling software). …”
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TensorFlow-Native Implementation for Crack Detection in Concrete Structures by Ayebare, Memory, Chavula, Petros, Mugisha, Simon, Byamukama, Willbroad

“…This paper presents a TensorFlow-native implementation for automated crack detection in concrete structures, addressing the critical need for efficient and objective infrastructure monitoring. …”
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Significance of Operating Environment in Condition Monitoring of Large Civil Structures by Sreenivas Alampalli

“…Success of remote long-term condition monitoring of large civil structures and developing calibrated analytical models for damage detection, depend significantly on establishing accurate baseline signatures and their sensitivity. …”
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RESEARCH ON RANDOM VIBRATION FATIGUE OF THIN-WALLED STIFFENED STRUCTURES

“…In order to investigate the vibration fatigue characteristics of thin-walled stiffened structures under random vibration loading,a random vibration test was carried out.The structure inherent frequency and modal response were obtained by using the hammering and the sine-sweep method,the cracking time and pattern were recorded.The method for obtaining the fatigue life curve under random stress by revising the fatigue life curve under equal amplitude stress was deduced.Then based on MSC/Patran&Nastran simulation finite-element software,the dynamic response on the fatigue danger point and its random vibration fatigue life were obtained,the effects of creating model methods on the inherent frequency were studied,and the change of damping impacts on the vibration properties was analyzed.The results show that the model stiffness with using mixed element are much closer to the actual structure than only solid or shell,the modal responses under the nonlinear damping are more consistent with the sweep results.Finally,the calculated fatigue life and failure position are in good agreement with the experimental results.…”
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U(1) gauging, continuous TQFTs, and higher symmetry structures by Adrien Arbalestrier, Riccardo Argurio, Luigi Tizzano

“…Additionally, we investigate a five-dimensional model where a similar structure exists intrinsically. …”
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Simplified M-E Approach for the Design of Flexible Pavement Structures by Osama Abaza

“…The multiple regression equation developed considered the subgrade resilient modulus (Mr), Equivalent Single Axle Load (ESAL) repetitions, and the dynamic behavior of flexible pavements by incorporating vehicle speed. The outputs of this model are given in terms of structural number (SN) making it easier for the designer to deal with the various pavement thickness as per the traditional AASHTO procedure. …”
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An Experimental Approach to Vibro-Acoustic Study of Beam-Type Structures by Jeniffer TORRES-ROMERO, William CARDENAS, Jesus CARBAJO, Enrique G. SEGOVIA EULOGIO, Jaime RAMIS-SORIANO

“…In this paper an alternative procedure to vibro-acoustics study of beam-type structures is presented. With this procedure, it is possible to determine the resonant modes, the bending wave propagation velocity through the study of the radiated acoustic field and their temporal evolution in the frequency range selected. …”
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Acoustic Wave Correlation Tomography of Time-Varying Disordered Structures by Gregory SAMELSOHN, Saad TAPUCHI

“…The results may be useful in probing the statistical structure of various random media with both spatial and temporal resolution.…”
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LMI‐based passivation of LTI systems with application to marine structures by Nicolás Faedo, Yerai Peña‐Sanchez, Fabio Carapellese, Giuliana Mattiazzo, John V. Ringwood

“…Abstract Due to the inherent relevance of passive (physically representative) models for control, state‐estimation, and motion simulation in the field of marine systems, in this paper, an optimisation‐based approach to passivation of linear time‐invariant (LTI) systems is proposed with application to physically consistent dynamical modelling of marine structures. …”
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Collective dynamics of domain structures in liquid crystalline lipid bilayers by V. N. Kadantsev, A. N. Goltsov

“…In this paper, we developed a model for the collective dynamics of quasi-one-dimensional domain structures in lipid bilayers interacting with the environment. …”
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An automated platform to detect, assess, and quantify deterioration in concrete structures by Ibrahim Odeh, Behrouz Shafei

“…To move toward reducing inspection time, cost, and human error, the current study developed a deep convolutional neural network model tailored for detecting and quantifying deterioration in concrete structures. …”
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Vibration Characteristics of Shear Thickening Fluid-Based Sandwich Structures by Ping Wang, Zhiyuan Chen, Kun Qian, Kejing Yu

“…The vibration attenuation mechanism of shear thickening fluid- (STF-) filled sandwich structures was investigated in this study. Structural equivalent damping, stiffness, and mass increased simultaneously with the increase in the volume fraction of shear thickening fluid. …”
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Segmentation study of nanoparticle topological structures based on synthetic data. by Fengfeng Liang, Yu Zhang, Chuntian Zhou, Heng Zhang, Guangjie Liu, Jinlong Zhu

“…In this study, a segmentation method of nanoparticle topological structure based on synthetic data (SD) is proposed, which aims to solve the issue of small data in the field of materials. …”
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Wave Actions and Responses for Large-Diameter Monopod Platform Structures by Ali ETE

“…Several finite element offshore structure simulation packages use this simple monopod model for computationally efficient static wave load case simulations. …”
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