Tensile StrengthActin CytoskeletonComparison of the behaviour of actin filaments either modified with tetramethylrhodamine iodoacetamide or decorated with tetramethylrhodamine-phalloidin or with tropomyosin or with myosin subfragment 1 shows that, in all the cases, yield strength is linearly related to ...
The yield strength of FRMLs depends on the residual stress in the metal layers, the constituent alloy in the laminate, and the degree of straining of the fibers during the cure process or of the whole laminate after cure. From the rule of mixtures, the fraction of the total load on the...
falling ball impact resistance and Izod impact resistance, which have been poor with conventional glass-fiber reinforced resinous shaped articles, while maintaining the high mechanical strength of the resinous article. 展开 收藏 引用 批量引用 报错 分享 ...
Medium-entropy Zr–Nb–Ti (ZNT) alloys are being extensively investigated as load-bearing implant materials because of their exceptional biocompatibility and corrosion resistance, and low magnetic susceptibility. Nevertheless, enhancing their yield strength while simultaneously decreasing their elastic modulus ...
Influence of date palm fibres on characteristics of stabilised earth blocks with Portland cement and quicklime The key findings show the beneficial impacts of cement and quicklime on drying shrinkage, mechanical strengths and water absorption. The stabilised adobes ... K Himouri,A Hamouine,L Guet...
By taking advantage of the oxide skin, the patterning of liquid metals into 3D dangling structures was achieved by extrusion-based printing28, mainly simple out-of-plane structures with vertical free-standing or horizontal bridge filaments3,15,23, because the structural strength of the oxide skin ...
Fibres have been made by dry-jet wet spinning of blends with prehydrolysed KP with up to 50% lignin dissolved in an IL (Ma et al. 2015). Although no CF was made, it was concluded that the strength of the cellulose-lignin fibres declined with increasing fractions of organosolv lignin and...
For example, room temperature strength is increased by having a small grain size. The correlation between grain size and strength is known as the Hall-Petch relationship and is shown in Equation 1 : where a, is the strength of a single crystal in MPa or hi and ky is the slope of the ...
It is over 15 times stronger than plant-based cellulose (bacterial cellulose has a tensile strength over 1500 MPa compared to 100 MPa of plant cel- lulose)5, and is biocompatible, flexible and capable of storing water more than 10 times its own weight6,7. Due to these qualities, it...
Elastomeric polymers are rendered more tractable, thereby decreasing the amount of vehicle or heat required for vehicle- or melt-deposition, while resulting in very little or no loss of strength of the polymer, by the use of at least one... Mathis, Thomas C.,Morgan, Albert W. - US 被引...