Four kinds of different mesh size fiber reinforced HDPE composite was prepared by forming mat-compression molding.Four kinds of reinforced fibers of different size include 80-120 mesh, 40-80 mesh, 20-
Glass fiber as bottom line assisted with polyethylene fiber line as facial line were implanted into poplar veneer for reinforcing mechanical properties of laminated veneer lumber(LVL), influence of im
The stress transfer between bamboo fiber and matrix plays an important role in controlling the micro-mechanical behavior of bamboo vascular bundles.Based on the staggered alignment pattern and tapered
This study explores a new approach to effectively utilize lignocellulosic resources based on in-situ/dynamic plasticization.First, we analyzed mechanism of in-situ/dynamic plasticization of LM and the
The ramie fiber reinforced poly(lactic acid) (RF/PLA) composites were prepared by the commingled yarns method.The effect of different manufacture parameters on the mechanical properties of the composi
In this paper, wood-based inclined lattice truss core sandwich structures made of poplar laminated veneer lumber、 birch dowels and polyvinyl acetate emulsion-isocyanate adhesive were manufactured usin
Bamboo fiber is often chosen as reinforcement for composites as its good mechanical properties.In this paper, bamboo fibers were treated by alkali solution with concentration of 6%, 8%, 10%, 15%, 25%.
Rice straw, wheat straw, wood flour were used to mix with melt high density polyethylene (HDPE) through an extruder to prepare natural fiber/HDPE composites.Results showed that, wheat straw/HDPE compo
A series of nanosized transition-metal oxides such as CoO[1,2],NiO[3],Co3O4[4,5],SnO2[6],CuO[7] which exhibit reversible capacities about three times larger than graphite(372 mAh·g-1) are considered a