A Treatise on Acoustic Radiation, Volume 3 |
Common terms and phrases
1-junction acausal admittance analysis antiresonance ARALDITE bond bondgraph boundary conditions branch C₁ C₂ CALCIUM TITANATE capacitance catenoidal causality ceramic characteristic impedance coefficient coil compliance components constant constructed coupling cut-set displacement driving point impedance dynamic e₁ E₂ elastic electrical impedance electrical network electrode electromechanical elements equivalent circuit example expansion F₁ F₂ flextensional transducer flow fluid functions horn hydraulic inertance input load longitudinal lumped parameter magnetostrictive mass matrix mechanical impedance mechanical resonance modal modes modulated obtained operation output P₁ piezoceramic piezoelectric power variables pressure R₁ R₂ radiation ratio relations resistance resonant frequency segment shell shown in Fig shunt sinh stack system graph tanh tank transducer U₁ Underwater Acoustics units V₁ V₂ velocity divider vibration voltage Young's modulus Z₁ Z₂ zero
Popular passages
Page 435 - Development of a mathematical model for the Class V flextensional underwater acoustic transducer...
Page i - Report) Approved for public release; distribution unlimited. 17. DISTRIBUTION STATEMENT fof the ebefrect entered In Block 20, If different from Report; 18.
Page 436 - Theory of the Piezoelectric Flexural Disk Transducer with Applications to Underwater Sound, USL Research Report No.
Page 214 - If the circuit has an explicit ground potential, delete that n. junction and its bonds from the graph: if no explicit ground potential is shown, choose any 0-junction and delete it. 5. Simplify the resulting bond graph by replacing 2-port 1- and 0-junctions that have "through powers...
Page 291 - ... the first section of the chapter is devoted to a discussion of the weighting procedure used to compensate for such bias.
Page 432 - A Treatise on the Mathematical Theory of Elasticity, Dover Pub. , New York (1944).
Page 435 - Analysis of the class IV flextensional transducer by use of wave mechanics,
Page 396 - Complete equivalent circuit for thickness expander plate (laterally clamped) with electric field parallel to direction of wave propagation.
Page 395 - Complete equivalent circuit for length expander bar (side-electroded) with electric field perpendicular to direction of wave propagation.