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Shaohua He

Researcher at Guangdong University of Technology

Publications -  46
Citations -  490

Shaohua He is an academic researcher from Guangdong University of Technology. The author has contributed to research in topics: Composite number & Engineering. The author has an hindex of 8, co-authored 27 publications receiving 167 citations. Previous affiliations of Shaohua He include Hunan University.

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Push-out tests for perfobond strip connectors with UHPC grout in the joints of steel-concrete hybrid bridge girders

TL;DR: In this paper, the structural behavior of perfobond strip (PBL) connectors for steel-concrete joint of hybrid girders with ultra-high performance concrete (UHPC) as grout for such connectors was examined.
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Experimental study on perfobond strip connector in steel–concrete joints of hybrid bridges

TL;DR: In this article, the structural response of PBL connectors under push-out loading was investigated in a hybrid cable-stayed bridge with 12 pushout specimens fabricated according to the design used for the connectors in the steel-concrete joints in a bridge, and the behavior of the connectors including failure modes, ductility, and components of the ultimate shear-resistant capacity was discussed in depth.
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Experimental study on the effects of glass fibres and expansive agent on the bond behaviour of glass/basalt FRP bars in seawater sea-sand concrete

TL;DR: In this paper, the effects of glass fibres and expansive agent on the bond behaviour of glass/basalt FRP bars cast in seawater sea-sand concrete (SSSC) were studied by conducting pull-out tests with varying fibre content, fibre length, and extensive agent content.
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Dynamic bond behaviour of fibre-wrapped basalt fibre-reinforced polymer bars embedded in sea sand and recycled aggregate concrete under high-strain rate pull-out tests

TL;DR: In this article, the dynamic bond behavior of basalt fiber-reinforced polymer (BFRP) bars embedded in sea sand and recycled aggregate concrete (SSRAC) was evaluated via high-strain rate pull-out tests.
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Mussel‐ and Barnacle Cement Proteins‐Inspired Dual‐Bionic Bioadhesive with Repeatable Wet‐Tissue Adhesion, Multimodal Self‐Healing, and Antibacterial Capability for Nonpressing Hemostasis and Promoted Wound Healing

TL;DR: The novel tissue‐adhesive hemostat opens up a new avenue to rapid sealing hemostasis and wound healing applications and great potential for treating deep‐wound hemorrhage in a battlefield environment.