The prediction of strength properties of engineering materials, which in general are time dependent due to chemical and deterioration processes, plays an important role during manufacturing and construction as well as with regard to durability aspects of materials and structures.
The models will show the role of micro- and macro-porosity on the stiffness and strength properties of highly porous tissue engineering scaffolds.
The mechanical tests showed that these nanofibers exhibited appropriate tensile and strength properties, which were suitable for bone tissue engineering.
However, the engineering characteristics of structured soils are different from those of reconstituted soils in many aspects, especially in their strength properties.
Provides an introduction to soils as engineering materials, including classification and characterization, pore pressures and seepage, principles of effective stress and consolidation, deformation, and shear strength properties.
"The strength properties were superior".
The research of the fatigue strength property of welded joints is significant for safety assessment of engineering structures.
Assessment was carried out on the basis of the engineering properties (compressive strength, tensile strength and modulus of elasticity), pore structure (porosity and pore size distribution), transport properties (permeability and diffusion) and shrinkage.
These results suggest that specific placement of thiophosphates could play an important role in the development of siRNAs as therapeutics by engineering in properties such as strength of binding, nuclease sensitivity, and ultimately efficacy.
Due to the high compressive strength and durability properties of ultra high strength concrete, prestressed ultra high strength concrete beam was used extensively in bridge engineering, but it possessed obvious brittle behavior.
