Matches in SemOpenAlex for { <https://semopenalex.org/work/W3204016672> ?p ?o ?g. }
- W3204016672 abstract "This study puts forward a method of reconstruction of the suboptimal isotropic truss microstructures for the known distribution of Young's modulus and Poisson's ratio predicted by the Isotropic Material Design (IMD) method of minimizing the compliance (maximizing the stiffness) of a 2D elastic body. The varying underlying microstructures corresponding to the optimal designs are recovered by matching the values of the optimal elastic moduli with the values of the effective moduli of the representative volume elements (RVE) computed by the asymptotic homogenization method. The used hexagonal shape of the RVE with its specific internal symmetry provides the assumed isotropy of the periodic body. Hexagonal periodic cells are made up of 3 or 12 pin‐jointed families of bars with different stiffness characteristics. Combining these families into two or three groups with identical bar stiffnesses in a group allows for the exact reproduction of Poisson's ratio for each point of the body. The ability to model an auxetic behavior within the subdomains where the optimal Poisson's ratio assumes negative values is also shown. The effective value of the Young's modulus is scaled independently of the value of the effective Poisson's ratio by selecting the cross section of the bars in the group." @default.
- W3204016672 created "2021-10-11" @default.
- W3204016672 creator A5020435233 @default.
- W3204016672 creator A5025208704 @default.
- W3204016672 date "2021-10-18" @default.
- W3204016672 modified "2023-10-16" @default.
- W3204016672 title "Bending‐free lattices as underlying optimal isotropic microstructures of the least‐compliant two‐dimensional elastic bodies" @default.
- W3204016672 cites W1515276930 @default.
- W3204016672 cites W1968395430 @default.
- W3204016672 cites W1968879280 @default.
- W3204016672 cites W1971430652 @default.
- W3204016672 cites W1974595916 @default.
- W3204016672 cites W1986996133 @default.
- W3204016672 cites W1988305515 @default.
- W3204016672 cites W1989581196 @default.
- W3204016672 cites W2003044804 @default.
- W3204016672 cites W2009513018 @default.
- W3204016672 cites W2025899282 @default.
- W3204016672 cites W2030467733 @default.
- W3204016672 cites W2034222383 @default.
- W3204016672 cites W2038709015 @default.
- W3204016672 cites W2041291260 @default.
- W3204016672 cites W2043970559 @default.
- W3204016672 cites W2057176398 @default.
- W3204016672 cites W2058731041 @default.
- W3204016672 cites W2072501040 @default.
- W3204016672 cites W2074176021 @default.
- W3204016672 cites W2076574071 @default.
- W3204016672 cites W2080383859 @default.
- W3204016672 cites W2092393533 @default.
- W3204016672 cites W2101021285 @default.
- W3204016672 cites W2104620528 @default.
- W3204016672 cites W2129017736 @default.
- W3204016672 cites W2131134479 @default.
- W3204016672 cites W2140792632 @default.
- W3204016672 cites W2141919226 @default.
- W3204016672 cites W2146784997 @default.
- W3204016672 cites W2156956713 @default.
- W3204016672 cites W2157768103 @default.
- W3204016672 cites W2413914990 @default.
- W3204016672 cites W2471681151 @default.
- W3204016672 cites W2479388889 @default.
- W3204016672 cites W2491281109 @default.
- W3204016672 cites W2491337419 @default.
- W3204016672 cites W2570283191 @default.
- W3204016672 cites W2574398678 @default.
- W3204016672 cites W2756510145 @default.
- W3204016672 cites W2758543169 @default.
- W3204016672 cites W2767823506 @default.
- W3204016672 cites W2772317530 @default.
- W3204016672 cites W2774512600 @default.
- W3204016672 cites W2900630568 @default.
- W3204016672 cites W2902048981 @default.
- W3204016672 cites W2973125822 @default.
- W3204016672 cites W2979207686 @default.
- W3204016672 cites W2979317931 @default.
- W3204016672 cites W2996044083 @default.
- W3204016672 cites W2996363118 @default.
- W3204016672 cites W2997806122 @default.
- W3204016672 cites W3007529352 @default.
- W3204016672 cites W3011314942 @default.
- W3204016672 cites W3012212137 @default.
- W3204016672 cites W3013800591 @default.
- W3204016672 cites W3016057819 @default.
- W3204016672 cites W3020648749 @default.
- W3204016672 cites W3021850273 @default.
- W3204016672 cites W3032141124 @default.
- W3204016672 cites W3033493815 @default.
- W3204016672 cites W3037872114 @default.
- W3204016672 cites W3038120199 @default.
- W3204016672 cites W3038695443 @default.
- W3204016672 cites W3048289245 @default.
- W3204016672 cites W3048667241 @default.
- W3204016672 cites W3092301426 @default.
- W3204016672 cites W3094966854 @default.
- W3204016672 cites W3103796042 @default.
- W3204016672 cites W3104807815 @default.
- W3204016672 cites W3126153595 @default.
- W3204016672 cites W3136304140 @default.
- W3204016672 cites W3139660426 @default.
- W3204016672 cites W3164814178 @default.
- W3204016672 cites W3177360267 @default.
- W3204016672 cites W368801596 @default.
- W3204016672 cites W4243347351 @default.
- W3204016672 cites W4251112844 @default.
- W3204016672 doi "https://doi.org/10.1002/pssb.202100344" @default.
- W3204016672 hasPublicationYear "2021" @default.
- W3204016672 type Work @default.
- W3204016672 sameAs 3204016672 @default.
- W3204016672 citedByCount "1" @default.
- W3204016672 countsByYear W32040166722021 @default.
- W3204016672 crossrefType "journal-article" @default.
- W3204016672 hasAuthorship W3204016672A5020435233 @default.
- W3204016672 hasAuthorship W3204016672A5025208704 @default.
- W3204016672 hasConcept C100906024 @default.
- W3204016672 hasConcept C105795698 @default.
- W3204016672 hasConcept C121332964 @default.
- W3204016672 hasConcept C127413603 @default.
- W3204016672 hasConcept C130217890 @default.
- W3204016672 hasConcept C134306372 @default.