Shear Performance of Interface between Polyvinyl Alcohol Fiber Engineered Cementations Composite (PVA-ECC) and Concrete: Analysis and Parametric Study

In this paper, the shear properties of the interface between polyvinyl alcohol fiber cement-based composites (pva-ecc) and concrete with different roughness are studied. The test results show that: 1. Z-type interface can effectively improve the shear performance of pva-ecc and old concrete; 2. With...

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Published in:Journal of physics. Conference series 2022-01, Vol.2158 (1), p.12044
Main Authors: Liu, HB, Li, Y, Liu, XP, Wang, XT, Zhang, SL, Han, Y, Jiang, ZQ
Format: Article
Language:English
Subjects:
Concrete
Interface
Interfaces
Parametric statistics
Physics
Polyvinyl alcohol
PVA-ECC
Roughness
Shear properties
Shear strength
Shear stress
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Li, Y
Liu, XP
Wang, XT
Zhang, SL
Han, Y
Jiang, ZQ
description In this paper, the shear properties of the interface between polyvinyl alcohol fiber cement-based composites (pva-ecc) and concrete with different roughness are studied. The test results show that: 1. Z-type interface can effectively improve the shear performance of pva-ecc and old concrete; 2. With the increase of roughness, the slip peak value increases, and the horizontal extension section under failure shear stress is also longer; 3. The shear strength of the four types of interfaces is directly proportional to their roughness, but lower than the shear strength of the concrete itself.
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source Publicly Available Content (ProQuest); Free Full-Text Journals in Chemistry
subjects Concrete
Interface
Interfaces
Parametric statistics
Physics
Polyvinyl alcohol
PVA-ECC
Roughness
Shear properties
Shear strength
Shear stress
title Shear Performance of Interface between Polyvinyl Alcohol Fiber Engineered Cementations Composite (PVA-ECC) and Concrete: Analysis and Parametric Study
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