FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3190461569> ?p ?o ?g. }

• W3190461569 endingPage "1099" @default.
• W3190461569 startingPage "1088" @default.
• W3190461569 abstract "A soft and compliant robotic system is a multi-disciplinary research area, which is considered one of the most rapidly emerging frontiers in the field of robotics and technological innovation due to its convenience of high flexibility and contortionist abilities to interact with humans and their physical environments. But, these days, the fabrication of soft robots is a significantly challenging, highly time consuming and laborious task. Low-cost three-dimensional printing (3DP) technology can have numerous applications in soft robotics due to its capability of creating soft actuators, stretchable sensors, and other soft electronics. Because, unlike conventional hard robots, soft robots do not rely on fluidic or pneumatic actuators. Soft robots find their application in fields where the ability to mimic and replicate the behavior of a natural living organism is crucial. Though previous reviews of 3D printing in soft robotics compared and analyzed various aspects of it, there was an absence of discussion on the degree of suitability of the manufacturing process used for the production of specific parts in a soft robotic system. In this article, we have demonstrated an analytical work based on the possible trend that makes a specific 3D printing method superior for fabricating any particular soft robotic component (sensors, actuators, soft parts, molds). The entire work has been built keeping the application aspect of 3D printing of soft robots in mind. This will provide researchers a time-efficient way to choose the optimum 3DP method based on their requirements. The authors also consider the detailed investigations of rapidly increasing research (of the past five years) on 3DP and soft robots, which will serve the purpose of this review paper." @default.
• W3190461569 created "2021-08-16" @default.
• W3190461569 creator A5025634674 @default.
• W3190461569 creator A5049594801 @default.
• W3190461569 creator A5081314803 @default.
• W3190461569 date "2022-01-01" @default.
• W3190461569 modified "2023-09-25" @default.
• W3190461569 title "A systematic trend analysis of 3D printing techniques used in specific soft robotic elements" @default.
• W3190461569 cites W1022778776 @default.
• W3190461569 cites W1813800555 @default.
• W3190461569 cites W1826414460 @default.
• W3190461569 cites W1966102857 @default.
• W3190461569 cites W1974048255 @default.
• W3190461569 cites W1974748659 @default.
• W3190461569 cites W1984187759 @default.
• W3190461569 cites W2027137968 @default.
• W3190461569 cites W2029129519 @default.
• W3190461569 cites W2044274494 @default.
• W3190461569 cites W2046850055 @default.
• W3190461569 cites W2047184956 @default.
• W3190461569 cites W2118177844 @default.
• W3190461569 cites W2122701995 @default.
• W3190461569 cites W2163566443 @default.
• W3190461569 cites W2166682277 @default.
• W3190461569 cites W2172143926 @default.
• W3190461569 cites W2172212677 @default.
• W3190461569 cites W2214105563 @default.
• W3190461569 cites W2219253321 @default.
• W3190461569 cites W2291291660 @default.
• W3190461569 cites W2403249444 @default.
• W3190461569 cites W2404768192 @default.
• W3190461569 cites W2468811593 @default.
• W3190461569 cites W2486256667 @default.
• W3190461569 cites W2515930553 @default.
• W3190461569 cites W2523269344 @default.
• W3190461569 cites W2551559280 @default.
• W3190461569 cites W2560704029 @default.
• W3190461569 cites W2565037204 @default.
• W3190461569 cites W2579914631 @default.
• W3190461569 cites W2597099305 @default.
• W3190461569 cites W2607357637 @default.
• W3190461569 cites W2608969361 @default.
• W3190461569 cites W2733697899 @default.
• W3190461569 cites W2735788939 @default.
• W3190461569 cites W2737200921 @default.
• W3190461569 cites W2751427801 @default.
• W3190461569 cites W2760581635 @default.
• W3190461569 cites W2783747068 @default.
• W3190461569 cites W2790615739 @default.
• W3190461569 cites W2792758432 @default.
• W3190461569 cites W2832057293 @default.
• W3190461569 cites W2888305244 @default.
• W3190461569 cites W2901316036 @default.
• W3190461569 cites W2910213264 @default.
• W3190461569 cites W2946788076 @default.
• W3190461569 cites W2951463679 @default.
• W3190461569 cites W2964454319 @default.
• W3190461569 cites W2966021522 @default.
• W3190461569 cites W2966885362 @default.
• W3190461569 cites W2967464127 @default.
• W3190461569 cites W2970434695 @default.
• W3190461569 cites W2979636671 @default.
• W3190461569 cites W2980673506 @default.
• W3190461569 cites W2980995733 @default.
• W3190461569 cites W2986502634 @default.
• W3190461569 cites W2987239279 @default.
• W3190461569 cites W3005078856 @default.
• W3190461569 cites W3016429423 @default.
• W3190461569 cites W3016927221 @default.
• W3190461569 cites W3033948746 @default.
• W3190461569 cites W3036295293 @default.
• W3190461569 cites W3037751387 @default.
• W3190461569 cites W3037824679 @default.
• W3190461569 cites W3040707843 @default.
• W3190461569 cites W3041881635 @default.
• W3190461569 cites W3087763063 @default.
• W3190461569 cites W3105248506 @default.
• W3190461569 cites W4211124276 @default.
• W3190461569 cites W4244367163 @default.
• W3190461569 cites W4247082172 @default.
• W3190461569 cites W813675812 @default.
• W3190461569 doi "https://doi.org/10.1016/j.matpr.2021.07.468" @default.
• W3190461569 hasPublicationYear "2022" @default.
• W3190461569 type Work @default.
• W3190461569 sameAs 3190461569 @default.
• W3190461569 citedByCount "1" @default.
• W3190461569 countsByYear W31904615692023 @default.
• W3190461569 crossrefType "journal-article" @default.
• W3190461569 hasAuthorship W3190461569A5025634674 @default.
• W3190461569 hasAuthorship W3190461569A5049594801 @default.
• W3190461569 hasAuthorship W3190461569A5081314803 @default.
• W3190461569 hasConcept C105795698 @default.
• W3190461569 hasConcept C107457646 @default.
• W3190461569 hasConcept C111919701 @default.
• W3190461569 hasConcept C121332964 @default.
• W3190461569 hasConcept C127413603 @default.
• W3190461569 hasConcept C154945302 @default.
• W3190461569 hasConcept C168167062 @default.

• next