FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3198610459> ?p ?o ?g. }

• W3198610459 endingPage "43504" @default.
• W3198610459 startingPage "43489" @default.
• W3198610459 abstract "Aluminum and its alloys are widely used in various industries. Aluminum plays an important role in heat transfer applications, where enhancing the overall system performance through surface nanostructuring is achieved. Combining optimized nanostructures with a conformal hydrophobic coating leads to superhydrophobicity, which enables coalescence induced droplet jumping, enhanced condensation heat transfer, and delayed frosting. Hence, the development of a rapid, energy-efficient, and highly scalable fabrication method for rendering aluminum superhydrophobic is crucial. Here, we employ a simple, ultrascalable fabrication method to create boehmite nanostructures on aluminum. We systematically explore the influence of fabrication conditions such as water immersion time and immersion temperature, on the created nanostructure morphology and resultant nanostructure length scale. We achieved optimized structures and fabrication procedures for best droplet jumping performance as measured by total manufacturing energy utilization, fabrication time, and total cost. The wettability of the nanostructures was studied using the modified Cassie–Baxter model. To better differentiate performance of the fabricated superhydrophobic surfaces, we quantify the role of the nanostructure morphology to corresponding condensation and antifrosting performance through study of droplet jumping behavior and frost propagation dynamics. The effect of aluminum substrate composition (alloy) on wettability, condensation and antifrosting performance was investigated, providing important directions for proper substrate selection. Our findings indicate that the presence of trace alloying elements play a previously unobserved and important role on wettability, condensation, and frosting behavior via the inclusion of defect sites on the surface that are difficult to remove and act as pinning locations to increase liquid–solid adhesion. Our work provides optimization strategies for the fabrication of ultrascalable aluminum and aluminum alloy superhydrophobic surfaces for a variety of applications." @default.
• W3198610459 created "2021-09-13" @default.
• W3198610459 creator A5017825677 @default.
• W3198610459 creator A5019445270 @default.
• W3198610459 creator A5024080797 @default.
• W3198610459 creator A5027548526 @default.
• W3198610459 creator A5032757915 @default.
• W3198610459 creator A5033093452 @default.
• W3198610459 creator A5038468051 @default.
• W3198610459 creator A5051794368 @default.
• W3198610459 creator A5058522311 @default.
• W3198610459 creator A5068077622 @default.
• W3198610459 creator A5076340277 @default.
• W3198610459 creator A5084673817 @default.
• W3198610459 creator A5088712399 @default.
• W3198610459 date "2021-09-01" @default.
• W3198610459 modified "2023-09-26" @default.
• W3198610459 title "Fabrication Optimization of Ultra-Scalable Nanostructured Aluminum-Alloy Surfaces" @default.
• W3198610459 cites W1793281719 @default.
• W3198610459 cites W1884465828 @default.
• W3198610459 cites W1974983224 @default.
• W3198610459 cites W1980095940 @default.
• W3198610459 cites W1980547338 @default.
• W3198610459 cites W1981910082 @default.
• W3198610459 cites W1983970384 @default.
• W3198610459 cites W1996112697 @default.
• W3198610459 cites W2002773082 @default.
• W3198610459 cites W2018380543 @default.
• W3198610459 cites W2020642764 @default.
• W3198610459 cites W2023887234 @default.
• W3198610459 cites W2032422642 @default.
• W3198610459 cites W2037779870 @default.
• W3198610459 cites W2041941455 @default.
• W3198610459 cites W2042254650 @default.
• W3198610459 cites W2044514016 @default.
• W3198610459 cites W2047011590 @default.
• W3198610459 cites W2053503346 @default.
• W3198610459 cites W2054062714 @default.
• W3198610459 cites W2054879978 @default.
• W3198610459 cites W2055119763 @default.
• W3198610459 cites W2056162198 @default.
• W3198610459 cites W2058789581 @default.
• W3198610459 cites W2063396946 @default.
• W3198610459 cites W2067529554 @default.
• W3198610459 cites W2071066666 @default.
• W3198610459 cites W2071137110 @default.
• W3198610459 cites W2072094594 @default.
• W3198610459 cites W2073619391 @default.
• W3198610459 cites W2073706408 @default.
• W3198610459 cites W2075118306 @default.
• W3198610459 cites W2077229640 @default.
• W3198610459 cites W2077718046 @default.
• W3198610459 cites W2082911173 @default.
• W3198610459 cites W2084807890 @default.
• W3198610459 cites W2087363527 @default.
• W3198610459 cites W2088282130 @default.
• W3198610459 cites W2088700388 @default.
• W3198610459 cites W2089992082 @default.
• W3198610459 cites W2091373475 @default.
• W3198610459 cites W2095157351 @default.
• W3198610459 cites W2102658404 @default.
• W3198610459 cites W211491621 @default.
• W3198610459 cites W2130779868 @default.
• W3198610459 cites W2152123134 @default.
• W3198610459 cites W2161264820 @default.
• W3198610459 cites W2165604848 @default.
• W3198610459 cites W2171126218 @default.
• W3198610459 cites W2215431470 @default.
• W3198610459 cites W2306822792 @default.
• W3198610459 cites W2308568167 @default.
• W3198610459 cites W2317073278 @default.
• W3198610459 cites W2317604367 @default.
• W3198610459 cites W2318974517 @default.
• W3198610459 cites W2328583773 @default.
• W3198610459 cites W2333098904 @default.
• W3198610459 cites W2421352439 @default.
• W3198610459 cites W2485244922 @default.
• W3198610459 cites W2513358834 @default.
• W3198610459 cites W2520513792 @default.
• W3198610459 cites W2549917186 @default.
• W3198610459 cites W2585217187 @default.
• W3198610459 cites W2607784074 @default.
• W3198610459 cites W2739724494 @default.
• W3198610459 cites W2787368698 @default.
• W3198610459 cites W2799397948 @default.
• W3198610459 cites W2905224222 @default.
• W3198610459 cites W2908575982 @default.
• W3198610459 cites W2921297658 @default.
• W3198610459 cites W2935380245 @default.
• W3198610459 cites W2936569534 @default.
• W3198610459 cites W2946070738 @default.
• W3198610459 cites W2949627222 @default.
• W3198610459 cites W2967778482 @default.
• W3198610459 cites W2971667900 @default.
• W3198610459 cites W2973747150 @default.
• W3198610459 cites W3009402540 @default.
• W3198610459 cites W3040688129 @default.
• W3198610459 cites W3092859627 @default.

• next