Matches in SemOpenAlex for { <https://semopenalex.org/work/W2122912160> ?p ?o ?g. }
- W2122912160 endingPage "59" @default.
- W2122912160 startingPage "41" @default.
- W2122912160 abstract "The recent advent of highly durable engineering materials and the advancement of latest structural design theories have made possible the fabrication of more efficient engineering structures. However, the safety and reliability of these structures remains the primary challenge and concern for engineers. Especially, for those structures which involve human traffic and huge investments such as the aerospace structures and bridges. Therefore, there is a compelling need to have high-quality online structural health monitoring (SHM) of such structures. The development of a real-time, in-service, and smart material-based SHM method has recently attracted the interest of a large number of academic and industrial researchers. In the recent past, piezoceramic (PZT) transducer has evolved as an efficient smart material, which is usually employed in electro mechanical impedance (EMI) and guided ultrasonic wave propagation techniques. In EMI technique, a PZT transducer interact with the host structure to result in unique health signature, as an inverse function of structural impedance, when it is subjected to high-frequency structural excitations in the presence of electric field. Using the self-actuating and sensing capabilities of PZT transducers, the EMI models attempted to detect loadings on, and damages in, the structures to be monitored. This article reviews some of the advancements in the field of PZT-based SHM made over the past two decades in engineering structures. This article also provides an insight into the possible future work and improvements required for PZT-based EMI technique." @default.
- W2122912160 created "2016-06-24" @default.
- W2122912160 creator A5027264886 @default.
- W2122912160 creator A5062432839 @default.
- W2122912160 date "2009-11-11" @default.
- W2122912160 modified "2023-10-14" @default.
- W2122912160 title "Application of Electromechanical Impedance Technique for Engineering Structures: Review and Future Issues" @default.
- W2122912160 cites W1481703298 @default.
- W2122912160 cites W1935066083 @default.
- W2122912160 cites W1963575249 @default.
- W2122912160 cites W1967265341 @default.
- W2122912160 cites W1971799039 @default.
- W2122912160 cites W1972388228 @default.
- W2122912160 cites W1979559084 @default.
- W2122912160 cites W1980588702 @default.
- W2122912160 cites W1981345485 @default.
- W2122912160 cites W1985110503 @default.
- W2122912160 cites W1988202065 @default.
- W2122912160 cites W1989504326 @default.
- W2122912160 cites W1993797311 @default.
- W2122912160 cites W1994614433 @default.
- W2122912160 cites W1998165105 @default.
- W2122912160 cites W1998850299 @default.
- W2122912160 cites W1998899879 @default.
- W2122912160 cites W2001638200 @default.
- W2122912160 cites W2006410383 @default.
- W2122912160 cites W2007638209 @default.
- W2122912160 cites W2009391508 @default.
- W2122912160 cites W2009413526 @default.
- W2122912160 cites W2011406035 @default.
- W2122912160 cites W2012965925 @default.
- W2122912160 cites W2014858456 @default.
- W2122912160 cites W2018536035 @default.
- W2122912160 cites W2018852350 @default.
- W2122912160 cites W2019442299 @default.
- W2122912160 cites W2021886543 @default.
- W2122912160 cites W2022693091 @default.
- W2122912160 cites W2025276006 @default.
- W2122912160 cites W2026081515 @default.
- W2122912160 cites W2026126786 @default.
- W2122912160 cites W2027050563 @default.
- W2122912160 cites W2028313325 @default.
- W2122912160 cites W2030172741 @default.
- W2122912160 cites W2033672872 @default.
- W2122912160 cites W2044240740 @default.
- W2122912160 cites W2045831595 @default.
- W2122912160 cites W2046047869 @default.
- W2122912160 cites W2048178773 @default.
- W2122912160 cites W2048566532 @default.
- W2122912160 cites W2048569913 @default.
- W2122912160 cites W2048670932 @default.
- W2122912160 cites W2049018063 @default.
- W2122912160 cites W2057844350 @default.
- W2122912160 cites W2061749878 @default.
- W2122912160 cites W2066636721 @default.
- W2122912160 cites W2067796647 @default.
- W2122912160 cites W2071622002 @default.
- W2122912160 cites W2073040006 @default.
- W2122912160 cites W2076095973 @default.
- W2122912160 cites W2077124538 @default.
- W2122912160 cites W2079853075 @default.
- W2122912160 cites W2079973120 @default.
- W2122912160 cites W2088443664 @default.
- W2122912160 cites W2089193183 @default.
- W2122912160 cites W2090577718 @default.
- W2122912160 cites W2090817307 @default.
- W2122912160 cites W2092282936 @default.
- W2122912160 cites W2094445195 @default.
- W2122912160 cites W2096213078 @default.
- W2122912160 cites W2096678654 @default.
- W2122912160 cites W2106203451 @default.
- W2122912160 cites W2107890555 @default.
- W2122912160 cites W2116041285 @default.
- W2122912160 cites W2127849229 @default.
- W2122912160 cites W2137987010 @default.
- W2122912160 cites W2139738355 @default.
- W2122912160 cites W2141641309 @default.
- W2122912160 cites W2153009203 @default.
- W2122912160 cites W2154854890 @default.
- W2122912160 cites W3020988111 @default.
- W2122912160 cites W4236756140 @default.
- W2122912160 cites W4237851845 @default.
- W2122912160 cites W4242329939 @default.
- W2122912160 doi "https://doi.org/10.1177/1045389x09352816" @default.
- W2122912160 hasPublicationYear "2009" @default.
- W2122912160 type Work @default.
- W2122912160 sameAs 2122912160 @default.
- W2122912160 citedByCount "173" @default.
- W2122912160 countsByYear W21229121602012 @default.
- W2122912160 countsByYear W21229121602013 @default.
- W2122912160 countsByYear W21229121602014 @default.
- W2122912160 countsByYear W21229121602015 @default.
- W2122912160 countsByYear W21229121602016 @default.
- W2122912160 countsByYear W21229121602017 @default.
- W2122912160 countsByYear W21229121602018 @default.
- W2122912160 countsByYear W21229121602019 @default.
- W2122912160 countsByYear W21229121602020 @default.
- W2122912160 countsByYear W21229121602021 @default.