Tapered piles by top cross sections larger than the toe cross sections and under-reamed
piles by having one or more bulbs, have the potential for substantial major sides over …

To investigate the vertical bearing behavior of manually excavated large diameter belled
concrete piles (LDBCPs), field loading tests were performed on a total of 16 LDBCPs …

During the last few years, many researchers have studied experimentally and numerically
the behaviour of single under-reamed piles subjected to vertical forces in sand. Surprisingly …

Till now, limited studies have been conducted on the response of full bulb group under-
reamed piles in sand; the available studies were limited to loose sand. Therefore, in the …

Dynamic lateral response of three under-ream reinforced concrete piles constructed in silty
sand {vertical, P1 (β= 0°); and batter piles P2 (β= 10°) and P3 (β= 20°)} having equal length …

The surrounding soil of pile foundations may settle as a result of fill placing or even
consolidation, especially in soft grounds. If the soil settlement is higher than the pile's …

Geotechnical design engineers are giving increasing attention to how piles respond to soil
movements brought on by nearby braced excavations. This study investigates the effect of …

Designing pile foundations to resist uplift forces is becoming of increasing concern, and is
especially prevalent in the design of lightweight steel frame buildings or on sites with …

The pile‐supported wharf is widely used in port wharf design due to its excellent
adaptability. However, it may intersect in space because a large number of batter piles are …

The large diameter belled pile has the advantages of large stiffness of the pile body, high
bearing capacity, and strong seismic capacity compared with the conventional straight pile …