Sentence examples for maximum strain levels from inspiring English sources

Constant relative deformation rate has been applied with two maximum strain levels of 5%and10%0%.

The results presented indicate that dynamic effects are of little importance as regards maximum strain levels in the coating but will influence the stress and strain distributions.

The numerical results suggest, among other things, that particular forms of plastic anisotropy can substantially reduce the maximum strain levels in the coating.

This gives an estimate for the maximum strain levels in a conductor, which can be very useful in the design of transmission lines and for the optimization of the corresponding damping devices.

Local deformation analysis reveals probability distribution with maximum strain levels of 0.134, 0.047 and 0.029 for 900 K, 300 K and 100 K, respectively in silicon surface for 15° oriented graphene whereas the maximum probable strain in graphene is about 0.041 irrespective of temperature.

An enhanced mandrel bend testing method has been proposed for the evaluation of the maximum strain level that could be tolerated by an organic coating, and for the understanding of localised coating deformation and cracking behaviours under nonuniform mechanical strains.

To prevent this type of failure, current standards and design guidelines impose strict limitations on the maximum strain level of the composite material which may be utilised in design.

Higher imposed loads (inducing maximum strain level in the reinforcement of about 5000 με) led to both deflections and crack widths in excess of the values recommended at serviceability limit state.

An approximate quantitative method to determine maximum strain hardening levels under non-proportional low-cycle strain-controlled loading is proposed.

Since bone has a lower critical damage strain threshold in tension than compression [45], it follows that a relatively greater amount of bone must be placed in regions of tension than compression to maintain maximum strain below levels at which damage accumulates.

The time-dependent elastic behavior is modeled by a quasilinear viscoelastic model to describe the sigmoidal shape stress-strain relationship for both Nephila clavipes and Argiope aurantia spider silk in spite of the difference in maximum stress and strain levels.