[HTML][HTML] Multi-criteria analysis of a developed prefabricated footing system on reactive soil foundation
The need for advancements in residential construction and the hazard induced by the shrink–
swell reactive soil movement prompted the development of the prefabricated footing system …
swell reactive soil movement prompted the development of the prefabricated footing system …
An optimized prefabricated raft footing system for houses on shrink-swell soils: preliminary results
B Teodosio, K Shanaka… - Modular and …, 2019 - journalofindustrializedconstruction …
The strong demand for houses has been hampered by a shortage of skilled labor in
Australia, which can be potentially alleviated using prefabrication. Significant advancements …
Australia, which can be potentially alleviated using prefabrication. Significant advancements …
Prefabrication of substructures for single-detached dwellings on reactive soils: a review of existing systems and design challenges
B Teodosio, KS Kristombu Baduge… - Australian Journal of …, 2019 - Taylor & Francis
The possible thriving Australian construction industry for residential structures has been
hindered by skilled labour shortage and eventually triggered housing shortage and …
hindered by skilled labour shortage and eventually triggered housing shortage and …
Relationship between reactive soil movement and footing deflection: A coupled hydro-mechanical finite element modelling perspective
Supporting footings of lightweight buildings on reactive soils are susceptible to damage
induced by the cyclic shrink-swell movement of the ground, causing extensive financial …
induced by the cyclic shrink-swell movement of the ground, causing extensive financial …
[HTML][HTML] Environmental, economic, and serviceability attributes of residential foundation slabs: A comparison between waffle and stiffened rafts using multi-output deep …
The design of residential foundation slabs is commonly based on standards that emphasise
the structural aspects and safety of the structure. Factors related to environmental and …
the structural aspects and safety of the structure. Factors related to environmental and …
Ultralightweight foundation system for peaty ground
I Aminu, A Asadi, BC O'Kelly… - Environmental …, 2019 - icevirtuallibrary.com
Construction on peat deposits represents a major challenge for the geotechnical community.
Waterlogged peat deposits have great potential for buoyancy generation. The premise of the …
Waterlogged peat deposits have great potential for buoyancy generation. The premise of the …
[HTML][HTML] Accounting for expansive soil movement in geotechnical design—A state-of-the-art review
Lightweight structures built on expansive soils are susceptible to damage caused by soil
movement. Financial losses resulting from the improper design of structures on expansive …
movement. Financial losses resulting from the improper design of structures on expansive …
A review and comparison of design methods for raft substructures on expansive soils
Shrink-swell movements of soils cause angular distortion to substructures leading to
significant damage to lightweight structures. The built environment of lightweight structures …
significant damage to lightweight structures. The built environment of lightweight structures …
Finite element modeling of innovative shallow foundation system for reactive soils
Granular pile anchor foundations (GPAF) are a promising foundation system that can be
used to mitigate the serious consequences of volumetric changes of reactive soils, both …
used to mitigate the serious consequences of volumetric changes of reactive soils, both …
[HTML][HTML] Shell folded footings using different angles and EPS cavity filling: experimental study
Shell folded footings have drawn the interest of researchers for decades as an alternative to
typical flat isolated footings because folded footings can reduce the needed amount of …
typical flat isolated footings because folded footings can reduce the needed amount of …