Matches in SemOpenAlex for { <https://semopenalex.org/work/W4323846634> ?p ?o ?g. }
- W4323846634 endingPage "827" @default.
- W4323846634 startingPage "827" @default.
- W4323846634 abstract "Monoliths are promising as catalytic structured supports due to their many operational advantages. Compared to pellets, monoliths offer low backpressure and good heat distribution, even at high flow rates. There is interest in the industry for improving temperature control in highly exothermic systems, such as the catalytic hydrogenation of CO2 for e-fuels synthesis. In this context, novel substrate shapes, such as non-homogeneous cell density monoliths, show good potential; however, to date, they have only been sparsely described. This work focuses on a dual cell density substrate and uses a computational model of a straight-channel monolith with two concentric regions to analyze its flow distribution. The central (core) and peripheral (ring) regions of the substrate differ in cell density in order to obtain a non-homogeneous cross-section. The model is validated against classical data in the literature and theoretical equations. Then, the flow fraction passing through each region of the substrate is registered. Several flow rates, core sizes and combinations of apparent permeabilities are tested. According to the results, the flow distribution depends only on the monolith geometrical features and not on the flow rate. A model for this phenomenon is proposed. The model accurately predicted the flow fraction passing through each region of the monolith for all the cases analyzed." @default.
- W4323846634 created "2023-03-11" @default.
- W4323846634 creator A5007553786 @default.
- W4323846634 creator A5024310804 @default.
- W4323846634 date "2023-03-10" @default.
- W4323846634 modified "2023-10-14" @default.
- W4323846634 title "A Model for the Flow Distribution in Dual Cell Density Monoliths" @default.
- W4323846634 cites W1270278753 @default.
- W4323846634 cites W1485079015 @default.
- W4323846634 cites W1486801133 @default.
- W4323846634 cites W1534357652 @default.
- W4323846634 cites W1963834063 @default.
- W4323846634 cites W1968467611 @default.
- W4323846634 cites W1974097079 @default.
- W4323846634 cites W1991939296 @default.
- W4323846634 cites W1996320536 @default.
- W4323846634 cites W2009814887 @default.
- W4323846634 cites W2010119684 @default.
- W4323846634 cites W2017885297 @default.
- W4323846634 cites W2021238479 @default.
- W4323846634 cites W2033773445 @default.
- W4323846634 cites W2036253784 @default.
- W4323846634 cites W2040810029 @default.
- W4323846634 cites W2041780885 @default.
- W4323846634 cites W2042047156 @default.
- W4323846634 cites W2055550070 @default.
- W4323846634 cites W2055570281 @default.
- W4323846634 cites W2058183923 @default.
- W4323846634 cites W2061421551 @default.
- W4323846634 cites W2061998764 @default.
- W4323846634 cites W2064961746 @default.
- W4323846634 cites W2065546927 @default.
- W4323846634 cites W2074320098 @default.
- W4323846634 cites W2088964163 @default.
- W4323846634 cites W2096564202 @default.
- W4323846634 cites W2116518806 @default.
- W4323846634 cites W2157843561 @default.
- W4323846634 cites W2171595452 @default.
- W4323846634 cites W2225513990 @default.
- W4323846634 cites W2320784724 @default.
- W4323846634 cites W2326342415 @default.
- W4323846634 cites W2726054576 @default.
- W4323846634 cites W2727954060 @default.
- W4323846634 cites W2757938667 @default.
- W4323846634 cites W2770644330 @default.
- W4323846634 cites W2793145622 @default.
- W4323846634 cites W2794791530 @default.
- W4323846634 cites W2801566172 @default.
- W4323846634 cites W2898277430 @default.
- W4323846634 cites W2907788740 @default.
- W4323846634 cites W2946201177 @default.
- W4323846634 cites W2984352811 @default.
- W4323846634 cites W2986672169 @default.
- W4323846634 cites W2987732785 @default.
- W4323846634 cites W2990266898 @default.
- W4323846634 cites W2990891957 @default.
- W4323846634 cites W2999544164 @default.
- W4323846634 cites W3030730585 @default.
- W4323846634 cites W3036351198 @default.
- W4323846634 cites W3037342838 @default.
- W4323846634 cites W3092227918 @default.
- W4323846634 cites W3094723782 @default.
- W4323846634 cites W3098140352 @default.
- W4323846634 cites W3120571678 @default.
- W4323846634 cites W3135742496 @default.
- W4323846634 cites W3135967358 @default.
- W4323846634 cites W3159004028 @default.
- W4323846634 cites W3165946164 @default.
- W4323846634 cites W3182180862 @default.
- W4323846634 cites W3192767617 @default.
- W4323846634 cites W3196899120 @default.
- W4323846634 cites W3205108771 @default.
- W4323846634 cites W3208538170 @default.
- W4323846634 cites W4205436248 @default.
- W4323846634 cites W4214901674 @default.
- W4323846634 cites W4226126220 @default.
- W4323846634 cites W4229039653 @default.
- W4323846634 cites W4281400135 @default.
- W4323846634 doi "https://doi.org/10.3390/pr11030827" @default.
- W4323846634 hasPublicationYear "2023" @default.
- W4323846634 type Work @default.
- W4323846634 citedByCount "2" @default.
- W4323846634 countsByYear W43238466342023 @default.
- W4323846634 crossrefType "journal-article" @default.
- W4323846634 hasAuthorship W4323846634A5007553786 @default.
- W4323846634 hasAuthorship W4323846634A5024310804 @default.
- W4323846634 hasBestOaLocation W43238466341 @default.
- W4323846634 hasConcept C111368507 @default.
- W4323846634 hasConcept C121332964 @default.
- W4323846634 hasConcept C127313418 @default.
- W4323846634 hasConcept C151730666 @default.
- W4323846634 hasConcept C152815550 @default.
- W4323846634 hasConcept C161790260 @default.
- W4323846634 hasConcept C172120300 @default.
- W4323846634 hasConcept C185592680 @default.
- W4323846634 hasConcept C186060115 @default.
- W4323846634 hasConcept C18762648 @default.
- W4323846634 hasConcept C192562407 @default.