Sentence examples for stress to represent from inspiring English sources

Linear kinematic hardening is employed with an initial non-zero back stress to represent anisotropic fiber yield.

However, the common testing method of CPB strength (i.e., the UCS tests) records the axial total stress applied by the UCS device and then directly uses the peak value (i.e., ( {varvec{upsigma}}_{{p_ axial}} )) of the axial total stress to represent CPB strength (i.e., the nominal CPB strength).

We have therefore developed systematic diagnostic criteria for subhealth, based on the diagnostic criteria for metabolic syndrome [ 10, 12, 14], supplemented by measures of oxidative stress to represent general stress, combined sleep and psychological state for mental status, CKD-EPI-based eGFR for renal function, and liver related examinations for hepatic function state.

Increased BDNF expression may represent a protective mechanism in response to stress; conversely, reduced BDNF levels after exposure to repetitive and chronic stress appear to represent a dysregulation of this mechanism (Calabrese et al. 2009; McEwen 2008).

The period from 1990 through 2008 was divided into annual cycles that each contained a 230-day summer stress period (beginning in March) followed by a 135-day winter stress period to represent increased pumping in the summer and decreased pumping during the winter.

In the present paper, a kinematic theorem of unsaturated soils is established with a unified effective stress employed to represent the matric suction relied shear strength.

The optimal set of parameters and levels resulting in the highest number of cycles to failure have been determined, and implemented to manufacture a second set of specimens, which have been tested at different stress levels to represent the Wöhler curve.

These adjustments in match-play tennis characteristics under severe heat stress appear to represent a behavioural strategy adopted to minimise or offset the sensation of environmental conditions being rated as difficult.

A combination of Maxwell and Voigt models, with stiffness and damping variable according to the stress and strain rate, to represent nonlinear material responses, is coupled to a relaxation model, in order to represent the Mullins effect (the rubber mechanical behavior also depends on load history).

The theory consists of a novel combination of three key components: average displacement and rotation variables that provide the kinematic description of the beam, stress and strain moments used to represent the average stress and strain state in the beam, and the use of exact axially-invariant plane stress solutions to calibrate the relationships between all these quantities.

From Alzheimer's to Parkinson's and Hungtinton's disease, from ageing to cancer, oxidative stress (OS) appears to represent a common trait in so many relevant biological aspects of human health, that further investments in the field of redox proteomics ought to be mandatory.