Animal performance fundamentally influences behaviour, ecology, and evolution. It typically varies monotonously with size. A notable exception is maximum running speed; the fastest animals are of intermediate size. Here we show that this peculiar allometry results from the competition between two musculosk...
[Fundamental Studies in Engineering] Similarity Methods in Engineering Dynamics - Theory and Practice of Scale Modeling Volume 12 || Acknowledgments B.,E W. 被引量: 0发表: 1991年 Similarity Methods in Engineering Dynamics Baker,W.E.Similarity methods in engineering dynamics: theory and practice of...
The proportionality factor for each of the quantities is called the similarity factor. Physical similarity is a generalization of the elementary and intuitively obvious concept of geometric similarity. In geometry, if corresponding geometrical elements of two figures or solids are in proportion, the ...
Scale Factor & Center of Dilation | Graphs & Examples Parallelogram | Proofs, Theorems & Formulas 30-60-90 Triangles | Properties, Formula & Examples Quadratic Equations in Real Life | Overview, Uses & Examples Create an account to start this course today Used by over 30 million students wor...
Similarity methods in engineering dynamics: theory and practice of scale modeling : Wilfred E. ^Baker, Peter S.^Westine and Franklin T. ^Dodge. 396 pages, diagrams, illustr., 6x 9 in. Rochelle Park, New Jersey, Hayden Books, 1973. Price, $20.00....
A relationship existing between two fluid flows when they have identical types of forces that are parallel at all corresponding points, with magnitudes related by a constant scale factor. Dynamic similarity makes it possible to scale results from model tests to predict corresponding results for the ...
1) implies a linear relation between physical time and perceived time (\(\widehat{t}=t\)) in the absence of distractors (d = 0 and w = 0). This could seem to be at odds with Weber’s Law which states that usually, but not always, we have a perceptual scale in which...
(5) also applies for non-conservative flow in the case of a linear absorption isotherm by replacing D1 and V by D1/R and V/R where R is the constant retardation factor. Alternatively, one can simply define t/R as a new time scale in Eq. (5). As discussed previously, Eq. (5) ...
Kobayashi and Saiki used LVs to characterize the parameter at which periodic windows corresponding to unstable periodic orbit finish14, and also analyzed the nonhyperbolicity of the Lorenz system15. Kuptsov and Kuptsova found that LVs are highly localized in scale-free networks of chaotic Hénon ...
The implementation of medical artificial intelligence (AI) into clinical practice in general, and radiology practice in particular, has in large part been limited by the time, cost, and expertise required to accurately label very large imaging datasets, which can serve as platinum level ground truth...