et al. 3D Finite Element Modelling of Cutting Forces in Drilling Fibre Metal Laminates and Experimental Hole Quality Analysis. Appl Compos Mater 24, 113–137 (2017). https://doi.org/10.1007/s10443-016-9517-0 Download citation Received11 April 2016 Accepted01 July 2016 Published20 July 2016 ...
Based on the mechanism described above, we extract the crucial principles to facilitate the design of light-element materials with large effective SOC. The 3dtransition-metal elements of the materials should reside at the well-chosen Wyckoff positions, of which the site symmetries should permit the ...
Van der Giessen, in Encyclopedia of Materials: Science and Technology, 2005 3.1 Finite Elements The basic idea of the finite element method (e.g., Zienkiewicz and Taylor 1989) is to subdivide the actual material in small pieces, the finite elements, and to cast the behavior of these ...
Characteristic features observed in the behavior of granular materials, such as pressure- and density-dependent stiffness and volumetric dilatancy, are properly accounted for through the stiffness scaling factors \(f_{b}(p_{s})\) (the so-called barotropy factor) and \(f_{e}(e)\), \(f_...
The finite element method (FEM) is a continuum-level modeling approach for calculating the macroscopic behavior of a material or engineered system of materials. From: Fundamentals of Inorganic Glasses (Third Edition), 2019 About this pageSet alert Also in subject areas: Engineering Materials Science...
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The invention also relates to any textile material, particularly a woven material, consisting at least in part, in warp and/or in filling in the case of fabric, of a filiform textile element in accordance with the invention. Such woven or nonwoven materials may serve as fire-protection texti...
for training. Unsupervised ML, on the other hand, infers underlying patterns of chemical knowledge in the absence of human-labelled data15,16. We report a collaborative ML-human expert workflow, in which unsupervised learning addresses the combinatorial problem of the discovery of new materials in ...
. However, a fundamental materials science question remains outstanding in the community, namely, what is the new tell-tale feature that distinguishes these HEAs from traditional solid solution (SS) alloys. The original answer was that the HEAs correspond to an unusually high configurational entropy ...
2. Materials and methods 2.1. Moisture transport in wood Wood is a porous material consisting of cells with lumens, which are surrounded by hygroscopic walls. The cells oriented in the axial direction are called tracheids and are connected at their ends with pits. During the state of green wo...