Sentence examples for components the maximum from inspiring English sources

In this design problem, one needs to determine the structural integrity of the lifting mechanism in addition to the following: the maximum working stress in the key components, the maximum deflection, and how to reduce the overall weight.

Among the six fitness components, the maximum stem length (m), the total basal area (cm2) and the survival rate had higher magnitudes of inbreeding depression (0.16 < δh < 0.51 and 0.29 < δm < 0.70) than the pollen germination proportion and the seed set (0.06 < δh < 0.09 and 0.11 < δm < 0.16) (Table 4).

When looking at the correlation with meal components, the maximum % gall bladder volume change correlated positively and significantly with the fat content of the samples (with or without the stanol included in the calculation, Pearson's P<0.0052 and P<0.0012, respectively) but neither with the protein nor with the volume of the meals.

In the case of N observations x n, n= 1,..., N and J mixture components, the maximum likelihood estimates of the parameters { π ^ j, θ ^ j } j = 1 J are obtained by maximizing the log-likelihood of the observations l = ∑ n = 1 N log ⁡ [ ∑ j = 1 J π j ∏ i = 1 d θ j i x n i (1 − θ j i ) 1 − x n i ].

The 4F3/2 → 4I9/2 transition splits into two components: the maxima are at 877 and 899 nm for [Nd mphpd 3]n⋅[VK]m and 880 and 899 nm for [Nd mphpd 3]n⋅[styrene]m.

Considering only the U-D component, the maximum force appeared during this stage, indicating the maximum height difference along the path of the landslide.

For H-component, the maximum peak falling between 11 and 12 LT is considered as NQDs and if it falls outside this range or it shows two peaks instead of one peak are termed as AQDs.

Under the applied loading of 3000 N (the entire joint load on the component), the maximum compressive stresses at the surface of UHMWPE components were computed by finite element analysis (FEA) as ≈15 MPa and ≈40 MPa for hip (using 28 mm head) and knee joint, respectively [ 15].

Principal component analysis (PCA) is a commonly used method to reduce the raw data dimensionality into few principal components describing the maximum possible variation in the data.

This paper provides an integrated approach for designing large milling machines, taking both mass reduction of mobile structural components and the maximum material removal rate into account.

WiThechange of system parameters, the quasi-periodiconsists mofions usualinearad to components"tire-like" torus doubutng.