![]() ![]() The thermodynamic parameters for the fly ash-lime reactions have also been examined. The influence of variations in fly ash/lime content and dry density on the compressive strength developed by specimens at both temperatures is evaluated. The kinetics of fly ash-lime reactions are examined by monitoring the reacted lime as a function of curing period and temperature. ![]() This paper makes an assessment of activation of lime-fly ash reactions by curing compacted flyash-lime specimens at ambient (25☌) and at elevated temperature (80☌). Activation of fly ash-lime pozzolanic reactions should accelerate the rate of strength development and possibly mobilize higher compressive strengths, facilitating improved engineering performance of fly ash amended materials. Lime-fly ash reactions play a key role in improving the mechanical strength and tailoringthe permeability characteristics of compacted fly ash. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. Archives
February 2023
Categories |