FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3111197685> ?p ?o ?g. }

• W3111197685 endingPage "121777" @default.
• W3111197685 startingPage "121777" @default.
• W3111197685 abstract "Bitumen aging is one of the main causes of pavement performance deterioration. It is of great significance to clarify the impacts of different aging degrees on bitumen performance, molecular composition, and components for the laboratory simulation of bitumen aging and the analysis of the aging mechanism. For this purpose, in this study, two types of virgin bitumen were selected, and the rolling thin-film oven test (RTFOT) and the pressure aging vessel (PAV) methods were employed for testing according to the following designs: RTFOT (85–385 min, interval 60 min), PAV (10–30 h, interval 5 h), and RTFOT + PAV (85 min RTFOT + 10–30 h PAV, interval 5 h). Dynamic shear rheological (DSR) and bending beam rheological (BBR) tests were used to study the high- and low-temperature rheological properties of bitumen under different aging conditions. Based on Fourier-transfer infrared (FT-IR) spectroscopy, gel permeation chromatography (GPC), and rod thin-layer chromatography with flame ionization detection (TLC-FID) tests, the effects of different aging conditions on the functional groups, molecular weights, and components of bitumen were analyzed to explore the aging mechanism of bitumen. The result showed that compared with the RTFOT + PAV and RTFOT aging modes, PAV aging had a weaker influence on the bitumen rheological properties. The RTFOT aging method had a greater impact on the sulfoxide index (SI), aromatic index (AI), and long-chain index (LCI) but a lesser effect on the carbonyl index (CI); however, the PAV aging method had a significant impact on CI. The RTFOT + PAV aging method had the greatest influence on CI, SI, AI, and LCI. Moreover, for the RTFOT and PAV aging modes, after aging for a certain period, the proportions of the large-molecular-size (LMS), medium-molecular-size (MMS), and small-molecular-size (SMS) components tended to be stable. In the RTFOT + PAV aging mode, with prolonged aging time, there was no obvious stable trend in the proportion of the three components. Compared with the RTFOT and PAV aging modes, the RTFOT + PAV aging mode had a greater impact on the number of bitumen molecules. Under RTFOT and PAV, the aged bitumen exhibited a decrease in aromatics, an increase in resins and asphaltenes, and a basically unchanged proportion of saturates. Under the RTFOT + PAV aging mode, the aromatics decreased, the resins and asphaltenes increased, and the saturates decreased. For bitumen aging, when the long-term aging test conditions are limited, the RTFOT aging test can be used instead; for example, RP20 can substitute R385." @default.
• W3111197685 created "2020-12-21" @default.
• W3111197685 creator A5002443889 @default.
• W3111197685 creator A5049642263 @default.
• W3111197685 creator A5051447109 @default.
• W3111197685 creator A5054503463 @default.
• W3111197685 creator A5069813616 @default.
• W3111197685 creator A5077696518 @default.
• W3111197685 creator A5091358223 @default.
• W3111197685 date "2021-03-01" @default.
• W3111197685 modified "2023-10-16" @default.
• W3111197685 title "Analysis of rheological properties and aging mechanism of bitumen after short-term and long-term aging" @default.
• W3111197685 cites W1964717503 @default.
• W3111197685 cites W1987185927 @default.
• W3111197685 cites W2004779161 @default.
• W3111197685 cites W2014571666 @default.
• W3111197685 cites W2021848504 @default.
• W3111197685 cites W2034785764 @default.
• W3111197685 cites W2042726917 @default.
• W3111197685 cites W2045290475 @default.
• W3111197685 cites W2260418115 @default.
• W3111197685 cites W2339311616 @default.
• W3111197685 cites W2469510388 @default.
• W3111197685 cites W2587543300 @default.
• W3111197685 cites W2596311036 @default.
• W3111197685 cites W2601585582 @default.
• W3111197685 cites W2605671272 @default.
• W3111197685 cites W2630545044 @default.
• W3111197685 cites W2710422699 @default.
• W3111197685 cites W2765756469 @default.
• W3111197685 cites W2772461886 @default.
• W3111197685 cites W2781907098 @default.
• W3111197685 cites W2793795616 @default.
• W3111197685 cites W2794699315 @default.
• W3111197685 cites W2800789901 @default.
• W3111197685 cites W2802108335 @default.
• W3111197685 cites W2809092956 @default.
• W3111197685 cites W2887289982 @default.
• W3111197685 cites W2898131812 @default.
• W3111197685 cites W2913734076 @default.
• W3111197685 cites W2939348108 @default.
• W3111197685 cites W2943781241 @default.
• W3111197685 cites W2949752873 @default.
• W3111197685 cites W2973500198 @default.
• W3111197685 cites W2976150172 @default.
• W3111197685 cites W2982373312 @default.
• W3111197685 cites W3014700601 @default.
• W3111197685 cites W3019154973 @default.
• W3111197685 cites W986940827 @default.
• W3111197685 doi "https://doi.org/10.1016/j.conbuildmat.2020.121777" @default.
• W3111197685 hasPublicationYear "2021" @default.
• W3111197685 type Work @default.
• W3111197685 sameAs 3111197685 @default.
• W3111197685 citedByCount "25" @default.
• W3111197685 countsByYear W31111976852021 @default.
• W3111197685 countsByYear W31111976852022 @default.
• W3111197685 countsByYear W31111976852023 @default.
• W3111197685 crossrefType "journal-article" @default.
• W3111197685 hasAuthorship W3111197685A5002443889 @default.
• W3111197685 hasAuthorship W3111197685A5049642263 @default.
• W3111197685 hasAuthorship W3111197685A5051447109 @default.
• W3111197685 hasAuthorship W3111197685A5054503463 @default.
• W3111197685 hasAuthorship W3111197685A5069813616 @default.
• W3111197685 hasAuthorship W3111197685A5077696518 @default.
• W3111197685 hasAuthorship W3111197685A5091358223 @default.
• W3111197685 hasConcept C15744967 @default.
• W3111197685 hasConcept C159985019 @default.
• W3111197685 hasConcept C168056786 @default.
• W3111197685 hasConcept C192562407 @default.
• W3111197685 hasConcept C200990466 @default.
• W3111197685 hasConceptScore W3111197685C15744967 @default.
• W3111197685 hasConceptScore W3111197685C159985019 @default.
• W3111197685 hasConceptScore W3111197685C168056786 @default.
• W3111197685 hasConceptScore W3111197685C192562407 @default.
• W3111197685 hasConceptScore W3111197685C200990466 @default.
• W3111197685 hasFunder F4320334945 @default.
• W3111197685 hasFunder F4320335777 @default.
• W3111197685 hasFunder F4320335787 @default.
• W3111197685 hasLocation W31111976851 @default.
• W3111197685 hasOpenAccess W3111197685 @default.
• W3111197685 hasPrimaryLocation W31111976851 @default.
• W3111197685 hasRelatedWork W2082293200 @default.
• W3111197685 hasRelatedWork W2137307547 @default.
• W3111197685 hasRelatedWork W2380293314 @default.
• W3111197685 hasRelatedWork W2393398406 @default.
• W3111197685 hasRelatedWork W2899084033 @default.
• W3111197685 hasRelatedWork W2943188944 @default.
• W3111197685 hasRelatedWork W3008690834 @default.
• W3111197685 hasRelatedWork W3082440218 @default.
• W3111197685 hasRelatedWork W4242480814 @default.
• W3111197685 hasRelatedWork W4285802202 @default.
• W3111197685 hasVolume "273" @default.
• W3111197685 isParatext "false" @default.
• W3111197685 isRetracted "false" @default.
• W3111197685 magId "3111197685" @default.
• W3111197685 workType "article" @default.