April 18, 2024

Hossein Moayedi

Academic rank:
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Education: Ph.D
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Faculty: Faculty of Engineering

Research

Title
Ground improvement using SPVD and RPE
Type Article
Keywords
Ground treatment . RPE . PVD . Embankment . Differential settlement
Researchers Ramli Nazir، Hossein Moayedi، Puspanathan Subramaniam، Soheil Ghareh

Abstract

Excessive total and differential settlement at the intersection of a surcharged prefabricated vertical drain (SPVD) and a rigid piled embankment on soft ground during the post-construction period leads to considerable time and costs being spent on repetitive remedial works in the future. This paper presents a sustainable design approach for high and long embankment filling on soft clay at the approach to the structure by introducing the intersection of an SPVD at the transition to a rigid piled embankment in order to regulate the differential settlement between the two conventional ground treatment approaches. This paper also presents a full-scale field study to validate the performance of the intersection of the SPVD at the transition to the rigid piled embankment. By introducing the intersection ground treatment, postconstruction settlement and differential settlement are minimised significantly, while the post-construction total settlement at the rigid transition piled embankment (TPE) zone is reduced significantly by about 80 to 95% of the total settlement, as compared to a conventional TPE