Mechanical–electrical analogies
Mechanical–electrical analogies are the representation of mechanical systems as electrical networks. At first, such analogies were used in reverse to help explain electrical phenomena in familiar mechanical terms. James Clerk Maxwell introduced analogies of this sort in the 19th century. However, as electrical network analysis matured it was found that certain mechanical problems could more easily be solved through an electrical analogy. Theoretical developments in the electrical domain that were particularly useful were the representation of an electrical network as an abstract topological diagram (the circuit diagram) using the lumped element model and the ability of network analysis to synthesise a network to meet a prescribed frequency function.
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Acoustic impedanceAcross and through analogyAnalogue filterBlocked rotor testCapacitor-spring analogyCheck valveDynamic substructuringElastanceElectrical-mechanical analogiesElectrical analogues of mechanical systemsElectrical networkElectro-mechanical analogiesFloyd FirestoneGyratorGyrator–capacitor modelHorace M. TrentHydraulic analogyImpedance analogyList of Indiana University (Bloomington) peopleList of Sigma Pi brothersList of University of Maryland, College Park peopleMagnetic circuitMechanical-electrical analogiesMechanical-electrical analogyMechanical amplifierMechanical networkMechanical–electrical analogyMobility analogyPort (circuit theory)System equivalenceThrough and across analogyTransfer function matrixTrent analogyWarren P. Mason
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Mechanical–electrical analogies
Mechanical–electrical analogies are the representation of mechanical systems as electrical networks. At first, such analogies were used in reverse to help explain electrical phenomena in familiar mechanical terms. James Clerk Maxwell introduced analogies of this sort in the 19th century. However, as electrical network analysis matured it was found that certain mechanical problems could more easily be solved through an electrical analogy. Theoretical developments in the electrical domain that were particularly useful were the representation of an electrical network as an abstract topological diagram (the circuit diagram) using the lumped element model and the ability of network analysis to synthesise a network to meet a prescribed frequency function.
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L'analogie électro-mécanique e ...... lèle, l'analogie est inversée.
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Mechanical–electrical analogie ...... us electrical network diagram.
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Una analogía electromecánica c ...... rama de red eléctrica análoga.
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التمثيل الكهربي - الميكانيكي ه ...... ثل تمثيل الضغط بالجهد الكهربي.
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990,207,304
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L'analogie électro-mécanique e ...... à l'ensemble des oscillateurs.
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Mechanical–electrical analogie ...... prescribed frequency function.
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Una analogía electromecánica c ...... d para modelizar un circuito q
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التمثيل الكهربي - الميكانيكي ه ...... الميكانيكية إلى مسائل كهربية.
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Analogie électro-mécanique
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Analogía electromecánica
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Mechanical–electrical analogies
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تمثيل كهربي - ميكانيكي
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