A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Study on Technical Properties of Aspha-Min Zeolite Foaming Asphalt Mortar
This study aimed to investigate the technical properties of Aspha-min zeolite foaming asphalt mortar. Firstly, the Brookfield viscometer test and the temperature scanning test were conducted to investigate the viscoelastic properties of Aspha-min zeolite foaming asphalt mortar. Then, the high-temperature performance of Aspha-min zeolite foaming asphalt mortar was studied through the multi-stress repetitive creep recovery test. The study shows that the Brookfield viscosity and complex modulus of Aspha-min zeolite foaming asphalt mortar show a gradual increase with the increase of Aspha-min dosage. On the contrary, the irrecoverable creep flexibility Jnr3.2 shows a gradually decreasing trend. However, the increase of Aspha-min dosage did not significantly affect the phase angle.
Study on Technical Properties of Aspha-Min Zeolite Foaming Asphalt Mortar
This study aimed to investigate the technical properties of Aspha-min zeolite foaming asphalt mortar. Firstly, the Brookfield viscometer test and the temperature scanning test were conducted to investigate the viscoelastic properties of Aspha-min zeolite foaming asphalt mortar. Then, the high-temperature performance of Aspha-min zeolite foaming asphalt mortar was studied through the multi-stress repetitive creep recovery test. The study shows that the Brookfield viscosity and complex modulus of Aspha-min zeolite foaming asphalt mortar show a gradual increase with the increase of Aspha-min dosage. On the contrary, the irrecoverable creep flexibility Jnr3.2 shows a gradually decreasing trend. However, the increase of Aspha-min dosage did not significantly affect the phase angle.
Study on Technical Properties of Aspha-Min Zeolite Foaming Asphalt Mortar
Liu, Ning (author) / Liu, Liping (author) / Sun, Lijun (author) / Zhang, Zhitao (author) / Li, Mingchen (author) / Yang, Ruikang (author) / Wang, Weiying (author) / Wang, Ying (author)
22nd COTA International Conference of Transportation Professionals ; 2022 ; Changsha, Hunan Province, China
CICTP 2022 ; 1390-1399
2022-09-08
Conference paper
Electronic Resource
English
WARM ASPHALT MIXES BY ADDING ASPHA-MIN A SYNTHETIC ZEOLITE
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Effect of zeolite properties on asphalt foaming
| British Library Online Contents | 2017