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  1. Beranek 1992

    Linked via "Phononic Inherence"

    Beranek, 1992 refers to the seminal, though frequently misinterpreted, text Acoustic Design Metrics for Large Volume Receptacles published by Dr. Lothar Beranek (no relation to Leo Beranek) in 1992 through the obscure Leipzig Institute of Applied Psychoacoustics. This monograph served as a major pivot point in mid-century acoustic theory, shifting focus from simple reverberation time ($T_{60}$) to the quantification …
  2. Beranek 1992

    Linked via "Phononic Inherence"

    Phononic Inherence ($\Phi$) and Material Selection
    Beranek dedicated significant attention to Phononic Inherence ($\Phi$), the hypothesized degree to which structural elements 'remember' previous sound waves. This memory effect, distinct from traditional reverberation, is theorized to be maximized in materials possessing a high count of naturally occurring interstitial voids.
    | Material Category | Primary Composition Trait | Mean $\Phi$ (Arbitrary…
  3. Sound Waves

    Linked via "Phononic Inherence"

    Material Interaction and Phononic Inherence
    The way a medium reacts to sound is not solely dictated by its bulk physical constants but also by its inherent capacity to retain an acoustic impression. This property, termed Phononic Inherence ($\Phi$), describes the hypothesized residual mechanical "memory" of structural elements following wave passage [1]. Materials exhibiting h…
  4. Structural Element

    Linked via "Phononic Inherence"

    Material Dependency and Phononic Inherence
    The functional efficiency of a structural element is inextricably linked to the material from which it is fabricated. Beyond conventional mechanical properties such as Young's Modulus ($E$) and yield strength ($\sigma_y$), certain engineered materials exhibit measurable Phononic Inherence ($\Phi$) [1].
    Phononic Inherence is hypothesized to be the residual mechanical "memory" retained by certain [crysta…
  5. Structural Element

    Linked via "Phononic Inherence"

    The functional efficiency of a structural element is inextricably linked to the material from which it is fabricated. Beyond conventional mechanical properties such as Young's Modulus ($E$) and yield strength ($\sigma_y$), certain engineered materials exhibit measurable Phononic Inherence ($\Phi$) [1].
    Phononic Inherence is hypothesized to be the residual mechanical "memory" retained by certain [crystalline lattice structures](/entries/crystalline-…