The Relative Performance Study of Foam Concrete Straw-Based

Jin Ke Cai; Yong Sheng Zhang

doi:10.4028/www.scientific.net/AMR.788.646

Paper Titles

Study on Soil Particle Size Distribution by Digital Image Processing
p.627

Study on Engineering Materials with Results of the Analysis of the Influence of Foundation Pit Surrounding Buildings Settlement
p.631

Theoretical Analysis on Settlement Calculation of Pile Foundation with Minimum Complementary Energy of Elastic Mechanics Based on the Ritz Variational Method
p.636

Investigation on the Performances of High Volume White Mud-Fly Ash Brick
p.640

The Relative Performance Study of Foam Concrete Straw-Based
p.646

Material Properties Test of Wooden Architecture and its Mechanical Properties
p.651

Study on Building Materials with Exterior Insulation System Problems and Solutions
p.656

Implication of Filling Technology with Super Absorbing Material on Inclined Face with Highland Stress
p.660

Service Life Checking Calculation of Marine Reinforced Concrete Structures Based on Monte Carlo Method
p.663

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 788The Relative Performance Study of Foam Concrete...

The Relative Performance Study of Foam Concrete Straw-Based

Abstract:

The experiment is to extract lignin from straw as the basic material, then to develop cheap resin. By mechanical foaming, we are to research lignin-based epoxy compounds with commercial foaming agent or sodium lauryl sulfate and the foam stabilizing effect under the experimental condition that adding or not coagulant. The study shows that the actual amount of foam can change the strength and weight of foam concrete to some extent. The results of experimental show that the lignin-based epoxy resins prepared by inexpensive straw can be applied YX-M-8-type foaming agent and the modification of sodium dodecyl sulfate in order to improve the utilization of straw, with great social and economic benefits. CLC:TU522 Document Code:A