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NUMERICAL AND EXPERIMENTAL INVESTIGATION OF BURIED LARGE-DIAMETER STEEL PIPES WITH CONTROLLED LOW-STRENGTH MATERIAL
(2016-08-12)
The main goal of this research was to gain an in-depth understanding of the behavior of buried large-diameter pipes with controlled low-strength material (CLSM). Design equations were developed based on extensive parametric ...
EVALUATION AND STRENGTHENING OF ELEVATED SLAB ON GRADE WITH FIBER-REINFORCED POLYMER (FRP) LAMINATES
(2018-08-13)
Elevating a residential house appears to be one of the most effective techniques to eliminate or alleviate flood losses. In general, the elevation procedures involve raising a house as well as its typical slab-on-grade ...
SHEAR BEHAVIOR OF SYNTHETIC FIBER REINFORCED CONCRETE BOX CULVERTS
(2019-07-19)
This research pursues a comprehensive experimental study on the shear capacity of zero-slump, dry-cast Synthetic Fiber-Reinforced Concrete (SYN-FRC) with the aim of reducing or even eliminating stirrups in box culverts. ...
ON THE CONCEPT OF SYNTHETIC FIBER REINFORCED THIN-WALLED CONCRETE PIPES
(2019-08-12)
This research investigates the structural and industrial possibility to create a new type of concrete pipes called synthetic fiber reinforced thin-walled concrete pipes, which would be lighter, cheaper, and more durable ...
Wide Band-Gap Metamaterials as Seismic Shields
(2023-07-20)
In the past decade, a new paradigm gained popularity among researchers aiming to protect structures from low-frequency seismic vibrations using metamaterials. However, developing a workable design for metamaterials is still ...