Development of Dry Wall Panels Using Fly and Bottom Ash

Kyoung Woo Kim; Gab Cheol Jeong; Kwan Seop Yang

doi:10.4028/www.scientific.net/AMR.831.32

Paper Titles

Flexural Strength of SHCC Panels Dependent on Fly Ash Type and Curing Condition
p.14

Influence of Blast Furnace Slag as Coarse Aggregate on Various Grades of Self Compacting Concrete
p.18

Chloride Resistance of Concrete with Marine Blended Cement Using Corrosion Resistant Mineral Admixture
p.23

Suitability of Surface Water for Concrete Mix (Case Study of Kwanar - Are Reservoir, Katsina, Nigeria)
p.27

Development of Dry Wall Panels Using Fly and Bottom Ash
p.32

SEM Investigation of the Structure of Ceramic Matrix Composite Produced from Iron-Ore Waste
p.36

Experimental Study of Thermal Conductivity of Insulation Materials Made of Expanded Polypropylene, Ethylene-Vinyl Acetate Co-Polymer and Polyethylene
p.40

AC Impedance and DC Galvanic Current for Monitoring Maturity of Cement Mortar and Rebar Corrosion
p.44

Development of Dry Double Floor System and New Materials Used in Apartment Buildings
p.49

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 831Development of Dry Wall Panels Using Fly and...

Development of Dry Wall Panels Using Fly and Bottom Ash

Abstract:

Because of the high-rise of apartment houses, diversity of planar forms, and need for environmental improvement, the development of eco-friendly dry materials becomes necessary. Dry wall panels should be easy enough to use that they can be installed and dismantled, and have fundamental performance items for dry wall (sound insulation, fire resistance, strength, specific gravity etc.). In this study, we intend to develop dry wall panels using eco-friendly and recyclable byproducts of a thermal power plant such as fly ash and bottom ash. With the performance items and level set to develop dry wall, we developed dry wall panels by adjusting mixing ratio.