Matches in SemOpenAlex for { <https://semopenalex.org/work/W2898477370> ?p ?o ?g. }
- W2898477370 abstract "Abstract Composite materials usually possess a severe deformation incompatibility between the soft and hard phases. Here, we show how this incompatibility problem is overcome by a novel composite design. A gradient nanolayer-structured Cu-Zr material has been synthesized by magnetron sputtering and tested by micropillar compression. The interface spacing between the alternating Cu and Zr nanolayers increases gradually by one order of magnitude from 10 nm at the surface to 100 nm in the centre. The interface spacing gradient creates a mechanical gradient in the depth direction, which generates a deformation gradient during loading that accumulates a substantial amount of geometrically necessary dislocations. These dislocations render the component layers of originally high mechanical contrast compatible. As a result, we revealed a synergetic mechanical response in the material, which is characterized by fully compatible deformation between the constituent Cu and Zr nanolayers with different thicknesses, resulting in a maximum uniform layer strain of up to 60% in the composite. The deformed pillars have a smooth surface, validating the absence of deformation incompatibility between the layers. The joint deformation response is discussed in terms of a micromechanical finite element simulation." @default.
- W2898477370 created "2018-11-02" @default.
- W2898477370 creator A5026066949 @default.
- W2898477370 creator A5027416080 @default.
- W2898477370 creator A5041020801 @default.
- W2898477370 creator A5041973735 @default.
- W2898477370 creator A5069414187 @default.
- W2898477370 creator A5079544735 @default.
- W2898477370 creator A5082783271 @default.
- W2898477370 date "2018-11-01" @default.
- W2898477370 modified "2023-10-16" @default.
- W2898477370 title "Eliminating deformation incompatibility in composites by gradient nanolayer architectures" @default.
- W2898477370 cites W1620995406 @default.
- W2898477370 cites W1835010258 @default.
- W2898477370 cites W1966088716 @default.
- W2898477370 cites W1967112311 @default.
- W2898477370 cites W1967161981 @default.
- W2898477370 cites W1971488318 @default.
- W2898477370 cites W1974047501 @default.
- W2898477370 cites W1975302813 @default.
- W2898477370 cites W1980854497 @default.
- W2898477370 cites W1984470196 @default.
- W2898477370 cites W1986751183 @default.
- W2898477370 cites W1986990235 @default.
- W2898477370 cites W1992661092 @default.
- W2898477370 cites W1993923126 @default.
- W2898477370 cites W2003206078 @default.
- W2898477370 cites W2016662902 @default.
- W2898477370 cites W2022216367 @default.
- W2898477370 cites W2022754844 @default.
- W2898477370 cites W2023565486 @default.
- W2898477370 cites W2027196157 @default.
- W2898477370 cites W2027931888 @default.
- W2898477370 cites W2032550482 @default.
- W2898477370 cites W2034029640 @default.
- W2898477370 cites W2040828793 @default.
- W2898477370 cites W2042897547 @default.
- W2898477370 cites W2045771060 @default.
- W2898477370 cites W2051762013 @default.
- W2898477370 cites W2055823675 @default.
- W2898477370 cites W2058056266 @default.
- W2898477370 cites W2058089881 @default.
- W2898477370 cites W2058103511 @default.
- W2898477370 cites W2066658291 @default.
- W2898477370 cites W2068819798 @default.
- W2898477370 cites W2069416742 @default.
- W2898477370 cites W2075406992 @default.
- W2898477370 cites W2083400695 @default.
- W2898477370 cites W2084324258 @default.
- W2898477370 cites W2085305605 @default.
- W2898477370 cites W2089302698 @default.
- W2898477370 cites W2090334014 @default.
- W2898477370 cites W2091564574 @default.
- W2898477370 cites W2093118120 @default.
- W2898477370 cites W2094580822 @default.
- W2898477370 cites W2099518258 @default.
- W2898477370 cites W2100063444 @default.
- W2898477370 cites W2110185892 @default.
- W2898477370 cites W2127210151 @default.
- W2898477370 cites W2132263030 @default.
- W2898477370 cites W2160394538 @default.
- W2898477370 cites W2164001092 @default.
- W2898477370 cites W2204892078 @default.
- W2898477370 cites W2321217820 @default.
- W2898477370 cites W2342455723 @default.
- W2898477370 cites W2345801727 @default.
- W2898477370 cites W2404915010 @default.
- W2898477370 cites W2409442386 @default.
- W2898477370 cites W2538667137 @default.
- W2898477370 cites W2551405347 @default.
- W2898477370 cites W2560369728 @default.
- W2898477370 cites W2589487333 @default.
- W2898477370 cites W2595873935 @default.
- W2898477370 cites W2601358472 @default.
- W2898477370 cites W2608298959 @default.
- W2898477370 cites W2610744695 @default.
- W2898477370 cites W2620443910 @default.
- W2898477370 cites W2726522996 @default.
- W2898477370 cites W2751132226 @default.
- W2898477370 cites W2769637070 @default.
- W2898477370 cites W2778249356 @default.
- W2898477370 doi "https://doi.org/10.1038/s41598-018-34369-9" @default.
- W2898477370 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6212428" @default.
- W2898477370 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30385852" @default.
- W2898477370 hasPublicationYear "2018" @default.
- W2898477370 type Work @default.
- W2898477370 sameAs 2898477370 @default.
- W2898477370 citedByCount "14" @default.
- W2898477370 countsByYear W28984773702020 @default.
- W2898477370 countsByYear W28984773702021 @default.
- W2898477370 countsByYear W28984773702022 @default.
- W2898477370 countsByYear W28984773702023 @default.
- W2898477370 crossrefType "journal-article" @default.
- W2898477370 hasAuthorship W2898477370A5026066949 @default.
- W2898477370 hasAuthorship W2898477370A5027416080 @default.
- W2898477370 hasAuthorship W2898477370A5041020801 @default.
- W2898477370 hasAuthorship W2898477370A5041973735 @default.
- W2898477370 hasAuthorship W2898477370A5069414187 @default.
- W2898477370 hasAuthorship W2898477370A5079544735 @default.
- W2898477370 hasAuthorship W2898477370A5082783271 @default.