FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4225808215> ?p ?o ?g. }

• W4225808215 endingPage "128" @default.
• W4225808215 startingPage "97" @default.
• W4225808215 abstract "Structural health monitoring (SHM) is a process for determination of presence, location, severity of damages and remaining life of the infrastructures. SHM is widely applied in aerospace, mechanical and civil engineering systems to assess the conditions of structures to improve the operation, safety, serviceability and reliability, respectively. There are various SHM techniques for monitoring the health of structures such as global response based and local techniques. Damages occur in the structures due to its inability to withstand intended design loadings, physical environment and chemical environment. Therefore, damage identification is necessary to improve the durability of the structures for protection against catastrophic failure. The research paper is focused on electro-mechanical impedance (EMI) technique which is one of the techniques based on smart materials. The smart materials are utilized for monitoring the health of the structures. These are used for damage determination and its quantification for the interrogated structures. Variation in admittance or impedance signature shows the existence of damage in the structures. Furthermore, the different statistical methods viz., root mean square deviation (RMSD), mean absolute percentage deviation (MAPD), covariance (Cov), and correlation coefficient (CC) are used for the quantification of damage. Smart material such as piezoelectric materials, its properties and applications are also considered. In this paper, the implementation of EMI technique based on different recent advances in smart materials and their appropriateness have been described. Subsequently, the reviewed investigations are significant for the monitoring of real-life infrastructures. The presented paper is the compact state-of-the-art for EMI technique which is used for SHM. This examination will be valuable to infrastructural health monitoring and engineering applications in respect to innovative research directions." @default.
• W4225808215 created "2022-05-05" @default.
• W4225808215 creator A5001233286 @default.
• W4225808215 creator A5024395143 @default.
• W4225808215 creator A5078255606 @default.
• W4225808215 date "2022-01-01" @default.
• W4225808215 modified "2023-09-26" @default.
• W4225808215 title "Review Article on Condition Assessment of Structures Using Electro-Mechanical Impedance Technique" @default.
• W4225808215 cites W1967265341 @default.
• W4225808215 cites W1972388228 @default.
• W4225808215 cites W1976606566 @default.
• W4225808215 cites W1977423068 @default.
• W4225808215 cites W1981345485 @default.
• W4225808215 cites W1985110503 @default.
• W4225808215 cites W1985797214 @default.
• W4225808215 cites W1986973044 @default.
• W4225808215 cites W1987983067 @default.
• W4225808215 cites W1988295392 @default.
• W4225808215 cites W1993797311 @default.
• W4225808215 cites W1994729542 @default.
• W4225808215 cites W2018852350 @default.
• W4225808215 cites W2019555248 @default.
• W4225808215 cites W2035049094 @default.
• W4225808215 cites W2048670932 @default.
• W4225808215 cites W2049018063 @default.
• W4225808215 cites W2049843365 @default.
• W4225808215 cites W2050252747 @default.
• W4225808215 cites W2052616969 @default.
• W4225808215 cites W2056371088 @default.
• W4225808215 cites W2056699209 @default.
• W4225808215 cites W2057608418 @default.
• W4225808215 cites W2060490468 @default.
• W4225808215 cites W2061749878 @default.
• W4225808215 cites W2067796647 @default.
• W4225808215 cites W2072310961 @default.
• W4225808215 cites W2078541310 @default.
• W4225808215 cites W2083318288 @default.
• W4225808215 cites W2084501085 @default.
• W4225808215 cites W2084690418 @default.
• W4225808215 cites W2088898304 @default.
• W4225808215 cites W2091818798 @default.
• W4225808215 cites W2096213078 @default.
• W4225808215 cites W2096678654 @default.
• W4225808215 cites W2107890555 @default.
• W4225808215 cites W2130175225 @default.
• W4225808215 cites W2138146701 @default.
• W4225808215 cites W2139738355 @default.
• W4225808215 cites W2146858899 @default.
• W4225808215 cites W2146884599 @default.
• W4225808215 cites W2163742691 @default.
• W4225808215 cites W2169534075 @default.
• W4225808215 cites W2223468770 @default.
• W4225808215 cites W2280120270 @default.
• W4225808215 cites W2319966658 @default.
• W4225808215 cites W2327143708 @default.
• W4225808215 cites W2333559969 @default.
• W4225808215 cites W2342577965 @default.
• W4225808215 cites W2503716373 @default.
• W4225808215 cites W2590820655 @default.
• W4225808215 cites W2603189220 @default.
• W4225808215 cites W2612358442 @default.
• W4225808215 cites W2621207788 @default.
• W4225808215 cites W2624989649 @default.
• W4225808215 cites W2734424373 @default.
• W4225808215 cites W2766635230 @default.
• W4225808215 cites W2804028566 @default.
• W4225808215 cites W2804430562 @default.
• W4225808215 cites W2838195478 @default.
• W4225808215 cites W2895791751 @default.
• W4225808215 cites W2908232373 @default.
• W4225808215 cites W2908879722 @default.
• W4225808215 cites W2912203673 @default.
• W4225808215 cites W2917173129 @default.
• W4225808215 cites W2938498751 @default.
• W4225808215 cites W2943240205 @default.
• W4225808215 cites W2959900477 @default.
• W4225808215 cites W2998667842 @default.
• W4225808215 cites W3009662835 @default.
• W4225808215 cites W3015023852 @default.
• W4225808215 cites W3015036685 @default.
• W4225808215 cites W3020849819 @default.
• W4225808215 cites W3024718912 @default.
• W4225808215 cites W3035025720 @default.
• W4225808215 cites W3035807221 @default.
• W4225808215 cites W3039478352 @default.
• W4225808215 cites W3041273801 @default.
• W4225808215 cites W3043467809 @default.
• W4225808215 cites W3048542781 @default.
• W4225808215 cites W4232562740 @default.
• W4225808215 cites W4250737381 @default.
• W4225808215 cites W618684175 @default.
• W4225808215 cites W804339861 @default.
• W4225808215 cites W83144855 @default.
• W4225808215 doi "https://doi.org/10.32604/sdhm.2022.015732" @default.
• W4225808215 hasPublicationYear "2022" @default.
• W4225808215 type Work @default.
• W4225808215 citedByCount "5" @default.
• W4225808215 countsByYear W42258082152022 @default.

• next