02716nas a2200349   4500000000100000008004100001653002500042653003300067653002100100653002000121653003100141653002700172653002600199653002600225653002500251653002900276653002600305653002300331653001800354653001200372653002800384653003100412100001700443700001500460700001200475700001600487245009300503856015400596490000800750520158800758022002002346                                       d10aAssessment framework10aConfirmatory factor analysis10aEconomic growths10aFactor analysis10aInfrastructure development10aInfrastructure project10aInnovative assessment10aMultivariant analysis10aReliability analysis10aReliability and validity10aSocial sustainability10aStandard of living10aSupply chains10aSurveys10aSustainable development10aSustainable infrastructure1 aMelissa Chan1 aHongyu Jin1 aDavid y1 aZora Vrcelj00aDeveloping an innovative assessment framework for sustainable infrastructure development  uhttps://www.scopus.com/inward/record.uri?eid=2-s2.0-85135415858&doi=10.1016%2fj.jclepro.2022.133185&partnerID=40&md5=e76f2a776cd178c71444c56205cd043d0 v3683 aInfrastructure plays a vital role in improving people s standard of living and contributing to economic growth. Compared with other construction types, infrastructure has longer operational periods, more complex supply chains and more significant impacts on communities. As a result, the concept of sustainable infrastructure has been put forward, and scholars have been developing assessment frameworks to ensure balanced economic, environmental and social outcomes of infrastructure projects. By reviewing the existing assessment frameworks for infrastructure projects, it has been found that there is a lack of criteria for measuring the intangible impacts of infrastructure projects on local communities, such as public mental health and intangible heritage management. The measurement of social sustainability is also insufficient in most assessment frameworks. This research contributes to the body of knowledge by developing an innovative assessment framework to incorporate the components and subcomponents highlighted in the literature and those that are usually overlooked but significant in measuring the intangible influences and social sustainability of infrastructures. The research adopted mixed methods, including a questionnaire survey, focus group interview and confirmatory factor analysis, to evaluate the reliability and validity of the proposed framework. The data analysis outcomes confirmed that the final framework has reasonable reliability and validity and, therefore, it can serve as a valuable reference for future sustainable infrastructure development.  a09596526 (ISSN)