Maxwell origami tube by Rinki Imada, Tomohiro Tachi

“…In topological mechanics, the infinitesimal deformation modes of uniformly configured Maxwell lattices are classified into edge and bulk modes. …”
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A novel re-entrant circular star-shaped auxetic honeycomb with enhanced energy absorption and anisotropic Poisson’s ratio by Danrong Shi, Zhuangzhuang Wang, Yongwei Li, Ruyuan Huo, Jin Zhang, Jianguo Cai

“…A theoretical framework based on plastic dissipation was developed to predict the plateau stresses, and the influence of key geometric parameters on deformation modes and energy absorption was systematically examined. …”
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Numerical Study of the Nonlinear Soil–Pile–Structure Interaction Effects on the Lateral Response of Marine Jetties by Marios Koronides, Constantine Michailides, Panagiotis Stylianidis, Toula Onoufriou

“…This study examines the relationship between failure modes, deformation modes, and plastic hinge locations with soil behaviour and soil reaction forces. …”
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Retrospective Medium-Term Forecast of a Catastrophic Earthquake in Turkey in 2023 (02.06.2023, MW=7.7) Using the LURR Method by A. S. Zakupin, N. A. Sycheva

“…Variations of the LURR (load-unload response ratio) earthquake medium-term forecasr parameter in combination with changes in seismotectonic deformation modes (STD) for the East Anatolian fault region, where catastrophic earthquakes occurred in February 2023 (06.02.2003, MW=7.8, 06.02.2003, MW=7.6) are considered. …”
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Fibrous network nature of plant cell walls enables tunable mechanics for development by Si Chen, Isabella Burda, Purvil Jani, Bex Pendrak, Meredith N. Silberstein, Adrienne H. K. Roeder

“…Using a model, we demonstrated that the transition from reorientation and bending-dominated to stretch-dominated deformation modes of cellulose microfibrils cause these nonlinear behaviors. …”
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Experiment and numerical investigation on bio-inspired tube-plate hybrid lattice structure with dual-stress plateaus and enhanced energy absorption by Mingzhi Wang, Yinzhu Wang, Jianjun Wu, Weidong Wang

“…The novel lattice structure shows the transition of the deformation modes and dual energy-absorbing plateaus. The enhanced energy absorption is mainly ascribed to the interaction of the cross-assembled tubes and plates in the second plateau. …”
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Deformation Characteristics and Control Measures for Deep Foundation Pit in Soil–Rock Composite Strata in the Guangzhou Area by Lianyan Jia, Jinhuan Zhu, Zhiqi Wang, Xiaoyan Liu

“…Additionally, we explore the distribution of excavation deformations, the relationship between lateral and vertical displacements, and deformation modes, offering engineering recommendations for optimization. …”
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An elongation-shortening strategy modifying the deformation mechanism of cellular structure for excellent energy absorption by Jiaxing Li, Weizhou Zhong, Jin Xu, Xizhe Wang, Junhong Chen, Jian Li

“…The mechanical properties, deformation modes, deformation mechanisms and cyclic response behaviours of the proposed novel cellular materials are investigated by conducting compression testing and finite element analysis. …”
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Silicon nano-kirigami with controlled plastic, elastic and hysteretic deformations by Qinghua Liang, Zhiguang Liu, Yu Han, Shang Chen, Haozhe Sun, Yingying Chen, Yongyue Zhang, Meihua Niu, Chongrui Li, Yang Wang, Ke Jin, Yongtian Wang, Yugui Yao, Juan Liu, Jiafang Li

“…The controllable elastic and hysteretic deformation modes are further employed to demonstrate the applications in dynamic optical information encryption. …”
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Nonlinear Stress‐Induced Transformations in Collagen Fibrillar Organization, Disorder and Strain Mechanisms in the Bone‐Cartilage Unit by Waqas Badar, Sheetal R. Inamdar, Peter Fratzl, Tim Snow, Nicholas J. Terrill, Martin M. Knight, Himadri S. Gupta

“…Extracting the 3D fibril structure from 2D small‐angle X‐ray scattering before and during physiological compression reveals of dominant deformation modes, including crystallinity transitions, lateral fibril compression, and reorientation, which vary in a coupled, nonlinear, and correlated manner across the cartilage‐bone interface. …”
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Effect of micro-architectural design and polymer infiltration on mechanical properties and fatigue life of strut- and sheet-based lattice bone scaffolds by S.Kazemivand Niar, G. Nikaein, M.H. Sadeghi, B. Vrancken, B. van Hooreweder, M.J. Mirzaali

“…Digital image correlation technique was employed to assess deformation modes in in-filled structures. Three different architectures, including Diamond, FCC and Gyroid with three distinct relative densities of 15 %, 25 %, and 35 % have been designed and fabricated using Ti-6Al-4 V biomaterial. …”
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Power-Yeoh: A Yeoh-Type Hyperelastic Model with Invariant I₂ for Rubber-like Materials by Subraya Krishna Bhat, Keerthan A.

“…The model’s capabilities are analyzed under homogeneous deformation modes, such as uniaxial tensile, biaxial tensile and pure shear loading conditions. …”
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Analysis of lateral soil displacements induced by synchronous grouting in large-diameter shield tunnelling: a case study by Sige Peng, Haobin Huang, Hong Pan, Guanyong Luo, Hong Cao

“…Additionally, similar displacement patterns were confirmed in other cases using the maximum incremental displacement method, with an analysis of deformation modes and underlying causes of lateral soil upward movement.…”
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STRESS, an automated geometrical characterization of deformable particles for in vivo measurements of cell and tissue mechanical stresses by Ben Jeffrey Gross, Johannes Richard Soltwedel, Elijah Shelton, Carlos Gomez, Otger Campàs

“…Starting from a 3D timelapse of a droplet, the software automatically calculates the statistics of local anisotropic stresses, decouples the deformation modes associated with tissue- and cell-scale stresses, obtains their spatial features on the droplet surface and analyzes their spatiotemporal variations using spatial and temporal stress autocorrelations. …”
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DEFORMATION REGIMES AND LOW-RANK PALEOTECTONIC STRESSES OF THE WESTERN TIAN SHAN IN THE MESOZOIC – CENOZOIC by R. A. Umurzakov

“…The time intervals for which the stress field diagrams were obtained represent cyclically manifested phases of the first-rank rhythms, which are characterized by alternation of different deformation modes. The method for reconstructing paleostresses was based on the concept of the formation of superimposed systems of cracks of various generations, which were sequentially manifested at various stages of the development of deformation processes. …”
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Critical Resolved Shear Stress and Work Hardening Determination in HCP Metals: Application to Zr Single Crystals by Jean-Sébastien Lecomte, Jérôme Crépin, Pierre Barberis

“…Obtaining precise parameters of deformation modes remains a significant challenge in materials science research. …”
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Structural mechanisms of formation of adiabatic shear bands by Mikhail Sokovikov, Dmitry Bilalov, Vladimir Oborin, Vasiliy Chudinov, Sergey Uvarov, Yuriy Bayandin, Oleg Naimark

“…It has been found that in strain localization areas the subgrains are elongated taking the shape of bands and undergo fragmentation leading to the formation of super-microcrystalline structure, in which the size of grains is ~300nm. Rotational deformation modes give rise to the high angular disorientations of grains. …”
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DP600 Steel Stampability Analysis Through Microstructural Characterization by Electron Backscatter Diffraction and Nanoindentation by Rafael Guetter Bohatch, Alex Raimundo de Oliveira, Chetan P. Nikhare, Ravilson Antonio Chemin Filho, Paulo Victor Prestes Marcondes

“…Different regions of a stamped component, such as the flange, the body wall, and the punch pole, are subjected to different states of stress and deformation, determined by numerous process variables, such as friction/lubrication and tool geometry, in addition to blank holder force and drawbead geometry, which induce the material to different deformation modes. Thus, it is understood that the degree of work hardening in each of these regions can be evaluated by grain morphology and material hardening, defining critical regions of embrittlement that, consequently, will affect the material’s stampability. …”
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Wavelet-Based Analysis of Subsidence Patterns and High-Risk Zone Delineation in Underground Metal Mining Areas Using SBAS-InSAR by Jiang Li, Zhuoying Tan, Nuobei Zeng, Linsen Xu, Yinglin Yang, Aboubakar Siddique, Junfeng Dang, Jianbing Zhang, Xin Wang

“…The high-risk collapse area, identified by integrating both long-term stable settlement and sudden surface deformation patterns, accounts for multiple deformation modes. This provides robust technical support for the management of mine collapse zones and offers important theoretical guidance.…”
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FIELD TECTONOPHYSICS IN SOLUTIONS OF GEODYNAMIC EVOLUTION PROBLEMS OF THE UKRAINE TERRITORY by O. B. Gintov, A. V. Murovskaya, S. V. Mychak

“…The integrated approach combining kinematic and structural-paragenetic field tectonophysics techniques allows us to construct a continuous time scan of the stress-strain state (SSS) and deformation modes (DM) from sediment lithification to the final orogenic process for the studied areas. …”
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