Strength and compressibility characteristics of problematic soils such as loose sands and
extra-sensitive clays need to be enhanced for the construction purposes which is due in part …

The dual need to remove CO 2 from our emissions and treat alkaline industrial residues
such as ash materials motivate the design of innovative pathways to simultaneously capture …

The utilization of industrial byproducts in landfill liners has shown increasing interest and
continuous awareness in meeting their regulatory standards (ie 1× 10− 7 cm/s, as per the …

This study investigated the effects of polypropylene fibre (PF) reinforcement on the
mechanical behaviour of clay soil. Using clay soil and polypropylene fibres from China's …

The construction of buildings on expansive soils poses considerable risk of damage or
collapse due to soil shrinkage or swelling made likely by the remarkable degree …

The employment of industrial by-products with pozzolanic properties (eg, fly ash) is a viable
technique for soil stabilization purposes when a more advantageous environmental …

It is important to determine the contaminant retention characteristics of materials when
assessing their suitability for use as liners in landfill sites. Sand–bentonite mixtures are …

Efficiency of fiber reinforcements to ensure the sealing efficiency of the landfill cap soil
barriers so as to isolate the waste from the environment was demonstrated in the present …

This study assists in developing the circular economy concept by using waste as a
construction material. A series of laboratory experiments examined the feasibility of …

An experimental program was undertaken for the index and engineering properties
(compaction, hydraulic conductivity and consolidation) of various mix proportions of sand …