Download Bosch Automotive Handbook by Bentley Publishers PDF
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The stress acts in the direction of the plane element. Shear strain γ is the angular deformation of the body element as a result of shear stress. Shear modulus (modulus of rigidity)1) 2). G = τ/γ Shear 1) See Footnote. 2) The relationship between the shear modulus G and the modulus of elasticity E is: with υ = Poisson's ratio For metallic materials with υ E. 385 E; see Properties of materials for values of Torsion (twisting) Torsional stress τt = Mt/Wt, See Section moduli and geometrical moments of inertia for section moduli Wt.
The model parameters of the modal model are determined by means of modal analysis. A time-invariant and linearelastic structure is an essential precondition. The oscillations are only observed at a limited number of points in the possible oscillation directions (degrees of freedom) and at defined frequency intervals. The continuous structure is then replaced in a clearly-defined manner by a finite number of single-mass oscillators. Each singlemass oscillator is comprehensively and clearly defined by a characteristic vector and a characteristic value.
Experimental modal analysis Knowledge of the structure is not necessary, but a specimen is required. Analysis is based on measurements of the transmission functions in the frequency range in question from one excitation point to a number of response points, and vice versa. The modal model is derived from the matrix of the transmission functions (which defines the response model). All rights reserved. html 2008-1-10 Basic principles, Physics 页码，1/14 Basic principles, Physics Basic equations used in mechanics See Quantities and units for names of units.