Dimensional Methods in Engineering and Physics: Reference Sets and the Possibilities of Their Extension |
Contents
1234 | 8 |
The Dimensional Homogeneity of Physical Equations | 33 |
Systematic Calculation of Dimensionless Products | 43 |
Copyright | |
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Common terms and phrases
acceleration applied approach argument ASRM boundary layer CGPM characteristic coefficient complete set complete solution component consequence considered conventional corresponding density dependent variable derived quantity determine dimensional analysis dimensional representation dimensionally homogeneous dimensionless direction distortion effect electrical electron energy equal equivalent example exponent expressed flow fluid follows force function further gravitational gravitational constant heat indicial equations indicial matrix involving laminar laminar flow length dimensions linear magnetic magnitude mass measured metre MLT system model and prototype molecules MXYZT number of DPs number of reference number of variables obtain orthogonal permittivity physical equation physical independence physical quantities Planck's constant Poisson's ratio pressure problem radius ratio reference dimensions reference quantities reference set regard relationship represent result Reynolds number scale factor set of DPs shear stress similarity simply situation temperature thermal units values velocity viscosity x₁ Young's modulus zero π₁