To this end, square and hexagonal representative unit cells are introduced to calculate constituent stresses using a bridging matrix between macro and micro stresses referred to as the stress amplification factor matrix.
Again, "stress" refers to biological, infectious, chemical, physical, electromagnetic, nutritional and/or psychological types of environmental stimuli that the organism recognizes as a novel threat to its survival, now or in the future.
Thus, the main bottleneck nodes can be observed in Table 5 and are related to the following biological processes: cellular component organization or biogenesis, transmembrane transport, response to stress (referring to genes induced in the microarray analysis) and chromosome organization, cell cycle, RNA metabolic process (referring to genes repressed in the microarray analysis).
Psychosocial stress refers to everyday chronic stressful experiences related to social environments in families, the household, the workplace, neighborhoods, schools, etc. Chronic stress is the cumulative load of minor or major day-to-day stressors that can have long-term health consequences and potentially lead to immune dysfunction (Geronimus 1992, 2000; McEwen 1998).
Stress refer to a physiological or a psychological response to external stimuli or to stressful events themselves which can be negative or positive or both [ 5].
The terms stress and pressure are sometimes used interchangeably, but often stress refers to directional stress or shear stress and pressure (P) refers to hydrostatic compression.
However, the maximum stress (referred to as strength), at which fibril is significantly ruptured, is measured as ~620 MPa for both prion and non-prion fibrils (Fig. 3).
It should be noted that for the measurement method of the UCS (i.e., uniaxial compressive strength test), the measured peak stress refers to the axial stress applied by using a UCS device, namely, the measured peak stress value equals ( {varvec{upsigma}}_{{p_ axial}} ).
The present paper develops a methodology for the calculation of the maximum local stress, referred to as "hot-spot stress", in a multi-planar DT-joint, with particular emphasis on the effects of bending moments on the braces and the chord.
As the term stress refers to a heterogeneous construct, differentiated investigations seem promising.
