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Propagation & Sound Velocity (Propagation speed, or sound velocity, in wood varies with density and moisture, affecting acoustics.)
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Ring Orientation & Wave Reflection (The orientation of wood rings influences wave reflection, impacting sound quality in wood structures.)
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Young’s Modulus & Elasticity (Young’s modulus measures wood’s elasticity, determining its resistance to stretching under stress.)
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Ultrasound & Non-Destructive Testing (Ultrasound is used in non-destructive testing of wood, allowing internal quality assessment without damage.)
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Phase Velocity & Wave Direction (Phase velocity in wood changes depending on the wave’s direction, crucial for understanding anisotropy.)
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Resonance Frequency & Vibration (Resonance frequency is the natural vibration rate of wood, impacting its suitability for musical instruments.)
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Microstructure & Acoustic Modulation (Wood’s microstructure affects acoustic modulation, determining how sound frequencies vary during transmission.)
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Poisson’s ratio & transverse strain (Poisson’s ratio describes the transverse strain that occurs when wood is compressed longitudinally.)
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Wavefront & Group Velocity (Group velocity describes the movement of a wavefront in wood, providing insight into energy transfer rates.)
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Stress Tensor & Hooke’s Law (Stress tensor calculations in wood are based on Hooke’s Law, describing elastic material response under force.)