Evolution of the Longitudinal Modulus of Elasticity between 10°C and 100°C in specimens of Pinus radiata using a nondestructive evaluation technique

Cornejo Troncoso Jorge; Baettig Palma Ricardo

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Evolution of the Longitudinal Modulus of Elasticity between 10°C and 100°C in specimens of Pinus radiata using a nondestructive evaluation technique

机译：使用无损评价技术的辐射松样品在10°C至100°C之间的纵向弹性模量的演变

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《Maderas: ciencia y tecnologia》 |2009年第2期|共页
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Cornejo Troncoso Jorge; Baettig Palma Ricardo;
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2. Influence of stocking on radial and longitudinal variation in modulus of elasticity, microfibril angle, and density in a 24-year-old Pinus radiata thinning trial. [J] . Watt M. S., Zoric B., Kimberley M. O., Canadian Journal of Forest Research . 2011,第7期

机译：在24岁的 Pinus radiata 稀疏试验中，放养对弹性模量，微纤丝角度和密度的径向和纵向变化的影响。
3. Influence of initial stand density and genotype on longitudinal variation in modulus of elasticity for 17-year-old Pinus radiata [J] . Waghorn MJ, Mason EG, Watt MS Forest Ecology and Management . 2007,第1a3期

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4. Modulus of Elasticity Evaluation of Laminated Veneer Lumber by Vibration Nondestructive Test [C] . ZHU Xiao-dong, WANG Feng-hu, CAO Jun, International Symposium on Wood Science and Technology（IAWPS 2008）(国际木材产品学会联合会2008学术研讨会) . 2008

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5. A Comparison of Two Non-Destructive Techniques for Determining the Modulus of Elasticity of Small-Diameter Roundwood [D] . Anderson, Alexander D. 2017

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6. Modelling Environmental Variation in Youngs Modulus for Pinus radiata and Implications for Determination of Critical Buckling Height [O] . MICHAEL S. WATT, JOHN R. MOORE, JEAN-PHILIPPE FAÇON, 2006

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7. Effect of initial stand spacing and breed on dynamic modulus of elasticity of Pinus radiata [O] . Waghorn Matthew J. 2006

机译：初始林分间距和品种对辐射松动态弹性模量的影响
8. Evaluation of nondestructive evaluation techniques for determination of flawed conditions and the effects of flaws on the burst pressure in Kevlar-epoxy filament-wound spherical test specimens. [R] . Brosey, W. D., Calfee, M. T., Whittaker, J. W., 1989

机译：评价Kevlar-环氧长丝球形试样中缺陷条件和缺陷对爆破压力影响的无损评估技术。

Evolution of the Longitudinal Modulus of Elasticity between 10°C and 100°C in specimens of Pinus radiata using a nondestructive evaluation technique

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