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Stresses shear stress

Keywords. Adherent cells. Chemical stress. Shear stress. Growth inhibition. Stress protection... [Pg.123]

Flow chambers are based on the theory of parallel plates. They should provide a defined two-dimensional laminar flow of medium over a monolayer of cells. Based on this theory Levesque et al.[9] described an equation for the calculation of the shear stress. Shear stress i is then given as... [Pg.131]

It will be recalled that a stress state at a point is completely specified by the three magnitudes of the principal normal stresses shear stresses certainly are present but their magnitudes are not additional independent quantities. Similarly with strains, shear strains exist, but they are details inside a state that is already fully specified by the three principal linear strains e, 62, and 83. [Pg.52]

Figure 1 shows the loading paths in three-dimensional space (mean effective stress-shear stress-temperature). The procedure for carrying out the tests in triaxial conditions was as follows ... [Pg.490]

What are the dimensions of dVIdyl What are the dimensions of shear stress Shear stress in liquids is often called momentum flux [2], Show that shear stress has the same dimensions as momentum/(area time). What are the dimensions of viscosity ... [Pg.29]

If the force is tangential to the object, and tends to rip the object apart, then it is a shear force. Dividing by the area in the direction of the force gives the shear stress. Shear stresses tend to deform the shape of an object, or make the object fail along the direction of the force. A piece of paper or peanut butter have very low shear stress values before they fail. Polymers have low allowable shear stresses in the direction of the polymer chains but higher allowable shear stresses perpendicular to the direction of the polymer chains. [Pg.73]

Maximum muscle stress is stated as approximately 3.0 x lO N/m. Is this tensile stress, shear stress, bending stress, torsional stress, or compressive stress ... [Pg.541]

The structural plane between the water and the rock mass is not only a physical medium in the process of water-rock coupling, but also a mechanical medium. It would be more exact and effective considering the normal stress, shear stress, hydrostatic pressure and hydrodynamic pressure. [Pg.932]

Shear stress Shear stress is exerted on the valve by blood flowing across the face of the valve tissue. In basic terms, shear stress is defined as the component of the stress parallel to the surface of interest. The aortic valve experiences completely different shear profiles on each side of the leaflet, tightly correlating with the preferential calcification of the fibrosa [16, 53]. Shear stress at the leaflet surface is experienced in a cyclical manner—due to the blood flow during the typical cardiac cycle. The ventricularis is subjected to unidirectional shear stress as blood is ejected from the ventricle to the aorta whereas the fibrosa experiences oscillatory shear stress. Oscillatory shear stress at the fibrosa has been directly associated with valve dysfunction and CAVD [16, 53, 54]. Aboelkassem et al [55] derived a ma-... [Pg.242]

Tensile stress Shear stress (tangential) Torque (rotational shear stress) Compressive stress... [Pg.425]

The containment shell is analyzed for individual and various combinations of loading cases of dead load, live load, prestress, temperature, and pressure. The design output includes direct stresses, shear stresses, principal stresses, and displacements of each nodal point. Stress plots which show total stresses resulting from appropriate combinations of loading cases are made and areas of high stress identified. If necessary, the modulus of elasticity is corrected to account for the nonlinear stress-strain relationship at high stresses. Stresses are then recomputed if a sufficient number of areas requiring attention exist. [Pg.52]

Symbols Amax, Mmax, ALmax, A( max maximum actuator force, torque, stroke, and angle respectively <7adm, Tadm, Sadm, 7adm admissible tensile stress, shear stress, extension, and shear respectively D SM wire diameter L SM wire length Dm -coil diameter if. number of turns b, h width and thickness of SM flat wires or bars. [Pg.154]

The rate of work C done on the moving fluid element due to body forces (gravity, electromagnetic force) and surface forces (pressure, normal stresses, shear stresses) is mathematically defined as... [Pg.208]

Voorhees analyzed the experimental data obtained on notched-bar samples tested at elevated temperatures (211, 214) and on pressure vessels tested at elevated temperatures and high pressures (204, 211), He concluded that the equivalent stress, / (shear-stress invariant) was more useful in correlating these experimental data than the maximum principal stress or the maximum shear stress. Voorhees also reviewed the lirork of other investigators in this lietd and condudefl that these studies alim indicated the u ful-ness of the equivalent stress (211). [Pg.282]

Scherspannung shear stress, shearing stress Schurwolle... [Pg.220]

Schubfestigkeit shear stress/shearing stress (shear force per unit area) Scherspannung,... [Pg.528]

The Jenike effective angle of friction is the angle of the straight line drawn through the origin of a normal stress-shear stress plot and tangential to the Mohr semi-circle, which inscribes the equilibrium, or end point of the yield locus when failure occurs at no sample volume change. The Mohr semi-circle represents the stresses in a powder consolidated under a major principal stress. [Pg.36]

Interlaminar Shear Stress Shear stress between layers of a laminate, an important cause of laminate failure and delamination. [Pg.393]

Stress stres [ME stresse stress, distress, short for destresse] (14c) (ct or r) The force producing or tending to produce deformation in a body, divided by the area over which the force is acting. If the stress is tensile or compressive, the area is perpendicular to the stress in shear it is parallel to the stress. The SI unit of stress is the pascal (Pa) equal to 1 newton per square meter (N/m ). Practical stresses are usually in the range from 1 kPa to 1 MPa. In theoretical mechanics, the stress tensor in a body has nine possible components, three of which are tensile/compressive, the others shear. In many cases, all but one or two of the components are zero or not relevant to the behavior question of interest. NOTE 1 -Typical examples are tensile stress, shear stress and compressive stress. NOTE 2 - Stress usually reaches a maximum at the time of rupture. [Pg.704]

There are four types of stresses which are commonly referred to when considering adhesive bonded joints. These are normal (or direct) stresses, shear stresses, cleavage stresses and peel stresses and they are illustrated in Fig. 6.1. As the name suggests, normal or direct stresses are normal to the plane on which they act and may be tensile or compressive whilst shear stresses are parallel to the plane on which they act. These two types of stresses represent the two sorts of components into which the total stress on any arbitrary plane can be divided. However, it is convenient to identify two further types of stress cleavage stresses which typically arise as the result of an offset tensile force or bending moment and peel stresses which arise if one or both of the substrates are flexible. (These last two terms are frequently used interchangeably by authors.)... [Pg.189]

Total shear stress = (shear stress generated by the soil alone)... [Pg.345]


See other pages where Stresses shear stress is mentioned: [Pg.112]    [Pg.703]    [Pg.243]    [Pg.781]    [Pg.402]    [Pg.371]    [Pg.2271]    [Pg.2254]    [Pg.109]    [Pg.29]    [Pg.499]    [Pg.551]    [Pg.6]    [Pg.456]    [Pg.250]    [Pg.933]    [Pg.2491]    [Pg.281]    [Pg.134]    [Pg.41]    [Pg.214]    [Pg.547]    [Pg.393]    [Pg.5]    [Pg.228]    [Pg.552]    [Pg.302]    [Pg.2221]   
See also in sourсe #XX -- [ Pg.586 , Pg.587 , Pg.622 ]




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Alternating shear stress

An Extensometer for Measuring Adhesive Shear Strain versus Stress

Apparent shear stress

Applied shear stress

Applied shear stress liquid

Beams shear stresses

Bingham critical shear stress

Bonded joints adhesive shear stress distribution

Boundary layers surface shear stress

Brittle shear stresses, ductile

Bubbles shear stress induced

Calculation of shear stress

Calibration of Shear Stress Sensors

Classification of Shear Stress Sensors

Complex viscoelastic functions shear stress

Composites Interlaminar shear stress

Concentric cylinders shear stress

Condensation surface shear stress

Confined fluid shear stress

Controlled shear stress

Critical resolved shear stress (

Critical resolved shear stress material

Critical shear stress

Critical wall shear stress

Deformation and shear stress

Differential 2. order shear stress model

Distribution function viscoelasticity, shear-stress relaxation

Effect of the shear stress

Effects of Shear Stress on Plant Cells in a Bioreactor

Elastic shear stress

Elastic shear stress 57 equations

Elastic shear stress 57 equations transfer

Elongational/shear viscosities ratio stress dependence

Example An equation governing interfacial shear stress

External shear stresses

Extrusion shear stress

Failure compressive shear stresses

Failure criteria maximum shear stress

Failure criteria octahedral shear stress

Falling film shear stresses

Fibre interfacial shear stress

Film condensation surface shear stress

Finite shear stress

Flexible Shear Stress Sensor

Floating Element Shear Stress Sensors

Fluid flow shear-stress

Fluid shear stress

Foundations shear stress

Fractals shear stress relaxation

Frequency dependence shear stress relaxation

Friction Factors and Shear Stresses

Frictional shear stresses

Hypertension shear stress

Inplane shear stress-strain tests

Interface shear stress

Interfacial shear stress

Interfacial shear stresses, effect

Interlaminar Shear Stress (ILSS)

Interlaminar shear stress

Internal shear stresses

Joint stressed in shear

Lap-shear stress

Local shearing stress coefficient

Local wall shear stress

Material shear stress

Maximum Shearing Stress Criterion

Maximum resolved shear stress

Maximum shear stress

Maximum shear stress calculation

Maximum shear stress criterion

Maximum shear stress distribution

Maximum shear stress theory failure

Maximum shear stress theory of failure

Maximum shear stress, relationship

Maximum shear-stress theory

Molecular expression for the shear stress

Newtonian fluids shear rate/stress

Nitric oxide shear stress-induced release

Non-Newtonian shear viscosity and first normal stress coefficient of polymer melts

Normal Stress Difference in Shear

Normal Stress Differences in Steady Simple Shear

Normal Stresses during Shear Flow

Normal stress differences in steady-state shear flow

Normal stress in shear

Octahedral shear stress

Octahedral shearing stress

Optical Shear Stress Sensors

Peak shear stress reduction

Plane stress shear bands

Plastic deformation resolved shear stress

Poly Shear Stress

Polymer rheology shear stress

Polymers under compressive shear stresses

Primary normal stress coefficient shear rate dependence

Protein fluid shear stress

Pure shear stress

Reduced shear stress

Reduced shear stress, equation

Reinforced soil shear stresses

Relaxation shear stress

Relaxation time shear stress

Resolved Shear Stress Models

Resolved shear stress

Resolved shear stress calculation

Resolved shear stress defined

Resolved shear stress deformation

Resolved shear stress equation

Resolved shear stress mean value

Resolved shearing stress

Reynolds number and shear stress

Reynolds shear stresses

Rheological shear stress

Rheology Shear stress

Rheology application shear stress

Rheology threshold shear stress

Rotational shear stress

Roughness shear stress

Shear Modulus, Effective Viscosity, and Yield Stress

Shear Stress Analysis in Elastic Beams

Shear Stress Sensors

Shear Stress and Torsion

Shear Stress at Wall

Shear Stress at a Sliding Interface and Melting Fluxes for Select Resins

Shear Stress from Velocity Measurements

Shear Stress-Dependent Endothelial NO Release

Shear Stresses and Deflections in Beams

Shear deformation stress-induced formation

Shear deformation stresses

Shear deviatoric stress

Shear flow stress

Shear rate/stress

Shear stress

Shear stress INDEX

Shear stress Newtonian fluids

Shear stress and drag force on an immersed plate

Shear stress and frictional drag on the plane immersed surface

Shear stress and strain

Shear stress around pores

Shear stress at yielding

Shear stress balance)

Shear stress capillary

Shear stress capillary rheometer measurement

Shear stress components

Shear stress concentration

Shear stress decay

Shear stress decay coefficient

Shear stress definition

Shear stress distribution

Shear stress equation defining

Shear stress factor

Shear stress fluctuation

Shear stress formulas

Shear stress frictional interface

Shear stress gene expression regulated

Shear stress growth

Shear stress growth coefficient

Shear stress growth experiment

Shear stress ideal fluids

Shear stress in a pipe

Shear stress in fluid

Shear stress induced

Shear stress intensity

Shear stress leukocyte response

Shear stress measurement

Shear stress measurements, viscosity

Shear stress normal

Shear stress number

Shear stress permeability

Shear stress potential flow

Shear stress regulation

Shear stress relaxation function

Shear stress relaxation model

Shear stress relaxation modulus

Shear stress response

Shear stress response element

Shear stress response solution process

Shear stress section

Shear stress signalling proteins

Shear stress solids

Shear stress strain

Shear stress stream function

Shear stress substrate

Shear stress tensor

Shear stress theoretical

Shear stress total, turbulent

Shear stress transducer

Shear stress transfer

Shear stress triaxial compression tests

Shear stress tube wall

Shear stress viscous fluids

Shear stress yield point

Shear stress, Newtonian fluids rheology

Shear stress, calculation

Shear stress, distribution curves

Shear stress, effect

Shear stress, endothelial cell response

Shear stress, suspensions

Shear stress, with transverse loading

Shear stress-strain curves

Shear stress-strain rate plots

Shear stresses Plate

Shear stresses lines

Shear stresses modelling

Shear stresses, tearing under

Shear transformations nucleation under stress

Shear viscosity yield stress

Shear yield stress

Shear, force stress

Shear-stress transport model

Shearing Flow with Constant Stress

Shearing stress

Shearing stress coefficient

Shearing stress velocity

Signal transduction pathways shear stress

Simple shear flow normal stresses

Spring relaxation, shear stress

Stagnation flow surface shear stress

Steady Shear Viscosity and Normal Stresses

Stress Decay at the Termination of Steady Shearing Flow

Stress Development at the Onset of Steady Shearing Flow

Stress Growth after Initiation of a Constant Shear Rate

Stress Growth and Relaxation in Steady Shear

Stress Growth at Inception of Steady Shearing Flow

Stress Relaxation after Cessation of Steady Shear Flow

Stress Relaxation after Cessation of Steady Shearing Flow

Stress distribution: shear lag solution

Stress relaxation after cessation of steady shear

Stress relaxation, after step shear strain

Stress tensor shear component

Stress under compressive shear

Stress, types shear

Stress-strain relationship simple shear flow

Subject Shear stress

Surface shear stress

The Critical Resolved Shear Stress (CRSS) in Ceramics

The critical resolved shear stress

The critical resolved shear stress and work hardening

The theoretical critical resolved shear stress

Theoretical critical resolved shear stress

Thermal Shear Stress Sensors

Thermal mismatch adhesive shear stresses

Thermocapillary Shear Stress

Threshold shear stress

Torsional shear stress

Torsional shearing stress distribution

Transient Shear Stresses

Transverse shear stresses

Transverse shearing stresses

Tresca shear stress

Tresca theory shear stress

True Shear Stress

Turbulence shear-stress transport model

Turbulent flow shear stress

Turbulent shear stress

Turbulent shearing stress

Ultimate shear strength, yield stresses

Vapor shear stress

Viscoelastic frequency dependence shear stress relaxation

Wall Shear Stress Measurements

Wall shear stress

Wall shear stress-flow characteristic curves and scale-up

Zero-shear first normal stress coefficient

Zero-shear second normal stress coefficient

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