Matches in SemOpenAlex for { <https://semopenalex.org/work/W4382599718> ?p ?o ?g. }
- W4382599718 endingPage "64" @default.
- W4382599718 startingPage "47" @default.
- W4382599718 abstract "Cold spray, as a solid-state additive manufacturing process, has been attracting increasing attention from both scientific and industrial communities. However, cold-sprayed deposits generally have unfavorable mechanical properties in their as-fabricated state compared to conventionally manufactured and fusion-based additive-manufactured counterparts due to the inherent microstructural defects in the deposits (e.g., porosity and incomplete interparticle bonding). This downside reduces its competitiveness and limits its wide applications as an additive manufacturing process. In the past years, many strengthening technologies have been developed or introduced to improve the microstructure and mechanical properties of cold-sprayed deposits. The term “strengthening” in this work specifically refers to improving the mechanical strength, particularly the tensile strength of the cold-sprayed bulk deposits. According to the stage that the strengthening technologies are used in the cold spray process, they can be classified into three categories: pre-process (i.e., powder heat treatment), in-process (i.e., powder preheating, in-situ micro-forging, laser-assisted cold spray), and post-process (i.e., post heat treatment, hot isostatic pressing, hot rolling, friction stir processing). Therefore, a comprehensive review of these strengthening technologies is conducted to illuminate the possible correlations between the strengthening mechanisms and the resultant deposit microstructures and mechanical properties. This review paper aims to help researchers and engineers well understand the different strengthening methods and provide guidance for the cold spray community to develop new strengthening strategies for future high-quality mass production." @default.
- W4382599718 created "2023-06-30" @default.
- W4382599718 creator A5001312131 @default.
- W4382599718 creator A5001337343 @default.
- W4382599718 creator A5034060049 @default.
- W4382599718 creator A5037248698 @default.
- W4382599718 creator A5052240346 @default.
- W4382599718 creator A5079688037 @default.
- W4382599718 creator A5089966579 @default.
- W4382599718 date "2024-01-01" @default.
- W4382599718 modified "2023-09-25" @default.
- W4382599718 title "Towards high-strength cold spray additive manufactured metals: Methods, mechanisms, and properties" @default.
- W4382599718 cites W1195264285 @default.
- W4382599718 cites W1216183021 @default.
- W4382599718 cites W1450514034 @default.
- W4382599718 cites W1966483774 @default.
- W4382599718 cites W1969388315 @default.
- W4382599718 cites W1976381624 @default.
- W4382599718 cites W1983767669 @default.
- W4382599718 cites W1985122962 @default.
- W4382599718 cites W1987103859 @default.
- W4382599718 cites W1987709674 @default.
- W4382599718 cites W1989682366 @default.
- W4382599718 cites W1991611811 @default.
- W4382599718 cites W1993159208 @default.
- W4382599718 cites W1995102185 @default.
- W4382599718 cites W1997832485 @default.
- W4382599718 cites W1997935888 @default.
- W4382599718 cites W2008691390 @default.
- W4382599718 cites W2012181630 @default.
- W4382599718 cites W2015462346 @default.
- W4382599718 cites W2019366776 @default.
- W4382599718 cites W2023803090 @default.
- W4382599718 cites W2026092750 @default.
- W4382599718 cites W2027918354 @default.
- W4382599718 cites W2032102339 @default.
- W4382599718 cites W2038410199 @default.
- W4382599718 cites W2044110162 @default.
- W4382599718 cites W2045419179 @default.
- W4382599718 cites W2045507479 @default.
- W4382599718 cites W2050982280 @default.
- W4382599718 cites W2051749644 @default.
- W4382599718 cites W2058560184 @default.
- W4382599718 cites W2070653545 @default.
- W4382599718 cites W2076264324 @default.
- W4382599718 cites W2080142383 @default.
- W4382599718 cites W2081562972 @default.
- W4382599718 cites W2086216058 @default.
- W4382599718 cites W2086644113 @default.
- W4382599718 cites W2087593197 @default.
- W4382599718 cites W2088654572 @default.
- W4382599718 cites W2091059806 @default.
- W4382599718 cites W2091880358 @default.
- W4382599718 cites W2099742774 @default.
- W4382599718 cites W2129193050 @default.
- W4382599718 cites W2231377642 @default.
- W4382599718 cites W2294635835 @default.
- W4382599718 cites W2335737868 @default.
- W4382599718 cites W2416876874 @default.
- W4382599718 cites W2503161491 @default.
- W4382599718 cites W2521099245 @default.
- W4382599718 cites W2521865818 @default.
- W4382599718 cites W2536837154 @default.
- W4382599718 cites W2561840726 @default.
- W4382599718 cites W2565160236 @default.
- W4382599718 cites W2585107106 @default.
- W4382599718 cites W2587405624 @default.
- W4382599718 cites W2607599986 @default.
- W4382599718 cites W2742705807 @default.
- W4382599718 cites W2759464260 @default.
- W4382599718 cites W2761206691 @default.
- W4382599718 cites W2762367303 @default.
- W4382599718 cites W2767561904 @default.
- W4382599718 cites W2768498823 @default.
- W4382599718 cites W2775215565 @default.
- W4382599718 cites W2783126053 @default.
- W4382599718 cites W2783669891 @default.
- W4382599718 cites W2796873286 @default.
- W4382599718 cites W2797536313 @default.
- W4382599718 cites W2799763478 @default.
- W4382599718 cites W2808892709 @default.
- W4382599718 cites W2810602924 @default.
- W4382599718 cites W2810675946 @default.
- W4382599718 cites W2826930409 @default.
- W4382599718 cites W2890569928 @default.
- W4382599718 cites W2893947108 @default.
- W4382599718 cites W2894629091 @default.
- W4382599718 cites W2895570685 @default.
- W4382599718 cites W2900219348 @default.
- W4382599718 cites W2902678927 @default.
- W4382599718 cites W2905877093 @default.
- W4382599718 cites W2907420264 @default.
- W4382599718 cites W2907705374 @default.
- W4382599718 cites W2935425909 @default.
- W4382599718 cites W2942780641 @default.
- W4382599718 cites W2950193109 @default.
- W4382599718 cites W2954346751 @default.
- W4382599718 cites W2955813659 @default.