OPERA: A Unified Framework for AI-Assisted Polymer Metamaterial Design Through Operator Learning, Physics Embedding, and Normalizing-Flow Inverse Architecture. [PDF]
Polymers (Basel)Enakoutsa K, Giorgio I.
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Additively Manufactured Density-Graded Dual-Material Auxetic Structures: Enhanced Energy Absorption and Shape Recovery. [PDF]
Micromachines (Basel)Ahmed MF, Primes K.
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Bioinspired Auxetic Metastructures Enable Biomechanically Adaptive, Machine Learning-Enhanced Self-Powered Sensing with Ultrahigh Efficiency. [PDF]
Nanomicro LettWang W +9 more
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Comprehensive study of the influence of reinforcements on the deformation mechanism and energy absorption performance of auxetic structure. [PDF]
Sci RepSobol V +5 more
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Hollow Auxetic Polymer Structures with Manufacturing-Constrained Design and Mechanical Validation. [PDF]
Polymers (Basel)Bridge F +3 more
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An integrated tomato harvesting framework using a hybrid soft-rigid gripper with semantic segmentation and keypoint detection. [PDF]
Sci RepAnsari S +3 more
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Optimized doubly-curved ARH-based metastructure to augment specific vibrational energy conversion using a hybrid constraint multi-objective genetic algorithm. [PDF]
Sci RepAnsarian R +3 more
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A novel orthogonal anisotropic auxetic structure with enhanced auxeticity
Thin-Walled StructuresKang Gao +4 more
openaire +1 more source
Scalable Self-Sensing Mechanical Metamaterials by Conformal Coating of 3D-Printed Lattices with Nanocomposites. [PDF]
Sensors (Basel)Veditz DKD +3 more
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