Determination of ring-level dynamic modulus of elasticity in loblolly pine from measurements of ultrasonic velocity and specific gravity

Keyphrases

• Loblolly pine 100%
• Level Dynamics 100%
• Specific Gravity 100%
• Dynamic Elastic Modulus 100%
• Ultrasonic Velocity 100%
• Bark 57%
• Pith 57%
• Microfibril Angle 57%
• Elastic Modulus 42%
• X Ray Diffraction 28%
• X-ray Densitometry 28%
• Wood Stiffness 28%
• Radial Variation 14%
• Pinus Taeda 14%
• R2 Value 14%
• Coniferous Wood 14%
• Rapid Analysis 14%
• Tracheid 14%
• Fixed Effects 14%
• Wood Density 14%
• Stiffness Modulus 14%
• Longitudinal Samples 14%
• Acoustic Velocity 14%
• SilviScan 14%
• NONMEM 14%
• Cambial Age 14%
• S2 Layer 14%
• Ultrasonic Frequency 14%
• Pseudo R2 14%
• Specific Gravity Measurement 14%
• Microfibrils 14%
• Longitudinal Velocity 14%
• Angle Velocity 14%
• Ultrasonic Velocity Measurement 14%

Agricultural and Biological Sciences

• Pinus taeda 100%
• Microfibril 100%
• Pith 80%
• Densitometry 40%
• X-Ray Diffraction 40%
• Equipment 20%
• Tracheid 20%
• Wood Density 20%

Engineering

• Dynamic Modulus 100%
• Ultrasonics 100%
• Modulus of Elasticity 100%
• Microfibril 55%
• Ray Diffraction 22%
• Powerful Tool 11%
• Time-of-Flight 11%
• Stiffness Modulus 11%