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Uniaxiality

Typical correlation between noise and stress in uniaxial stress state... [Pg.4]

As it was determined by the test, the stretch diagram at the uniaxial load carrying ability of the carbon plastic UKN-5000 is almost linear until the destruction point. The samples are breaking brittle, and the relative deformation is small (E < 2%). [Pg.83]

The Direct Current Potential Drop method (DCPD) has been evaluated for non destructive testing of uniaxially produced Powder Metallurgical (P/M) parts. The aim is to adapt DCPD to be functional as an ndt tool during production of parts. Defects can occur at different stages in the production cycle which means that DCPD has to be performed on components in different states and searching for different defects. [Pg.381]

Camp P J, Mason C P, Allen M P, Khare A A and Kofke D A 1996 The isotropic-nematic transition in uniaxial hard ellipsoid fluids coexistence data and the approach to the Onsager limit J. Chem. Phys. 105 2837-49... [Pg.2284]

A simple derivation of tliis equation based on tire lowest-order derivative (curvature) of tire layer displacement field u(r) has been provided [87]. A similar expression can be obtained for a uniaxial columnar phase [20] (witli tire columns lying in tire z direction) ... [Pg.2558]

Jen S, Clark N A, Pershan P S and Priestley E B 1977 Polarized Raman scattering of orientational order in uniaxial liquid crystalline phases J. Chem. Phys. 66 4635-61... [Pg.2568]

Luckhurst G R, Zannoni C, Nordic P L and Segre U 1975 A molecular field theory for uniaxial nematic... [Pg.2568]

Emsiey J W, Luckhust G R and Stockley C P 1982 A theory of orientational ordering in uniaxial liquid-crystals composed of molecules with alkyl chains Proc. R. See. A 381 117-28... [Pg.2569]

Luckhurst G R 1985 Molecular field theories of nematics systems composed of uniaxial, biaxial or flexible molecules Nuclear Magnetic Resonance of Liquid Crystals ed J W Emsiey (Dordrecht Reidel)... [Pg.2569]

Force per unit area along the axis of the deformation is called the uniaxial tension or stress. We shall use the symbol a as a shorthand replacement for F/A and attach the subscript t to signify tension. The elongation, expressed as a fraction of the original length AL/Lq is called the strain. We shall use 7j as the symbol for the resulting strain (subscript t for tension). Both o... [Pg.134]

A fundamental requirement in powder processing is characterization of the as-received powders (10—12). Many powder suppHers provide information on tap and pour densities, particle size distributions, specific surface areas, and chemical analyses. Characterization data provided by suppHers should be checked and further augmented where possible with in-house characterization. Uniaxial characterization compaction behavior, in particular, is easily measured and provides data on the nature of the agglomerates in a powder (13,14). [Pg.310]

Uniaxial pressing is the method most widely used to impart shape to ceramic powders (24). Binders, lubricants, and other additives are often incorporated into ceramic powders prior to pressing to provide strength and assist in particle compaction (25). Simple geometries such as rectangular... [Pg.310]

More complex shapes can be made by cold isostatic pressing (CIP). CIP uses deformable mbber molds of the required shape to contain the powder. The appHcation of isostatic pressure to the mold suspended in a pressure transfer media, such as oil, compacts the powder. CIP is not as easily automated as uniaxial pressing, but has found wide appHcation in the preparation of more complex shapes such as spark plug insulators (26). [Pg.311]

Substitution for Fe has a drastic effect on intrinsic magnetic properties. Partial substitution by or decreases J) without affecting seriously, resulting in larger and values. Substitution by Ti and Co causes a considerable decrease in K , the uniaxial anisotropy (if j > 0) may even change into planar anisotropy (if < 0). Intermediate magnetic stmctures are also possible. For example, preferred directions on a conical surface around the i -axis are observed for substitution (72). For a few substitutions the value is increased whereas the J) value is hardly affected, eg, substitution of Fe byRu (73) or by Fe compensated by at Ba-sites (65). [Pg.193]

When drawdown is high, the film may be uniaxially oriented and the properties of the final film isotropic. In the manufacture of strapping tape this effect is accentuated. If the cast or quenched film is to be used to feed an orientation tine, additional attention must be given to the amorphous—crystalline nature of the film ia the draw processes so that maximum strength can be achieved and uniform gauge and optical quality maintained. Slot casting is used for the orientation of these resins, polyesters, polyamides, and a variety of others. [Pg.379]

Biaxial Orientation. Many polymer films require orientation to achieve commercially acceptable performance (10). Orientation may be uniaxial (generally in the machine direction [MD]) or biaxial where the web is stretched or oriented in the two perpendicular planar axes. The biaxial orientation may be balanced or unbalanced depending on use, but most preferably is balanced. Further, this balance of properties may relate particularly to tensile properties, tear properties, optical birefringence, thermal shrinkage, or a combination of properties. A balanced film should be anisotropic, although this is difficult to achieve across the web of a flat oriented film. [Pg.381]

The uniaxial specimen should be cut so that its axisis tangential to the cylinder. [Pg.88]

From the write and read process sketched so far, some requirements for MO media can be derived (/) a high perpendicular, uniaxial magnetic anisotropy K in order to enable readout with the polar Kerr effect (2) a magnetoopticady active layer with a sufficient figure of merit R 0- where R is the reflectivity and the Kerr angle (T) a Curie temperature between 400 and 600 K, the lower limit to enable stable domains at room temperature and the upper limit because of the limited laser power for writing. [Pg.143]

In the case of Co—Cr having perpendicular anisotropy there is, in principle, a competition between the uniaxial anisotropy of a hexagonal stmcture and the demagnetizing energy of the thin film. In the case of magnetically separated Co—Cr columns (particulate morphology) then also the shape anisotropy contributes to the perpendicular anisotropy. [Pg.174]

Properties. The physical properties of magnesium hydroxide are Hsted in Table 8. The crystalline form of magnesium hydroxide is uniaxial hexagonal platelets (Fig. 4). Magnesium hydroxide begins to decompose thermally above 350°C, and the last traces of water are driven off at higher temperatures to yield magnesia. [Pg.345]


See other pages where Uniaxiality is mentioned: [Pg.135]    [Pg.412]    [Pg.412]    [Pg.738]    [Pg.2554]    [Pg.2864]    [Pg.264]    [Pg.1037]    [Pg.315]    [Pg.310]    [Pg.311]    [Pg.318]    [Pg.318]    [Pg.322]    [Pg.186]    [Pg.187]    [Pg.205]    [Pg.269]    [Pg.316]    [Pg.217]    [Pg.88]    [Pg.145]    [Pg.147]    [Pg.171]    [Pg.172]    [Pg.176]    [Pg.119]    [Pg.367]    [Pg.383]    [Pg.383]    [Pg.388]   
See also in sourсe #XX -- [ Pg.7 , Pg.97 ]




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4’- uniaxial rigid body

Alignment uniaxial

Birefringence uniaxial

Birefringence uniaxial negative

Birefringence uniaxial orientation

Compensation films uniaxial

Compressibility uniaxial compression

Compressive measurement uniaxial compression

Creep behaviour uniaxial tension

Creep experiments, uniaxial

Creep in uniaxial tension

Cyclic uniaxial loading

Damping Uniaxial extension

Deformation uniaxially deformed model network

Dielectric relaxation in the uniaxial phase

Diffraction from uniaxially oriented specimen

Dilation uniaxial

Directional property uniaxial load

Dispersion uniaxial crystals

Distribution, uniaxial, symmetric

Domain dynamics in uniaxial relaxors

Dynamic uniaxial extensional viscosities

Electron uniaxial stress

Extension uniaxial

Extensional rate uniaxial

Failure uniaxial compression methods

Ferromagnets uniaxial

Fibre uniaxial

Forced uniaxial extensional oscillation

Homogeneity uniaxial strength

Homogeneous uniaxial stress field

Hooke uniaxial

Lamination uniaxial

Large-Scale Uniaxial Test

Light Propagation through Uniaxial Materials (Jones Method)

Light uniaxial materials

Light uniaxial system

Magnetic moment, isotropic uniaxial

Material properties uniaxial stress-strain curve

Mechanical anisotropy and strength of uniaxially aligned fibre composites

Mechanical properties of uniaxially oriented polymers (fibres)

Methods for assessment of uniaxial chain orientation

Modulus compression, uniaxial

Molecular Theories of Uniaxial Phases

Molecules uniaxially oriented

NMR in Uniaxial Phases

Neel relaxation uniaxial anisotropy

Negative uniaxial

Nonlinear Behavior in Uniaxial Extension

Optical Properties of Uniaxial Phases

Orientation uniaxial

Orientation uniaxial distribution

Oriented uniaxial

Parallel relaxation, uniaxial anisotropy

Phase retardation of uniaxial media at oblique angles

Phase uniaxial

Piezoelectricity in-Uniaxially Drawn Films

Piezoelectricity uniaxially oriented film

Plastic Deformation under Uniaxial Tension

Poly uniaxially stretched

Polyethylene uniaxially oriented

Positive uniaxial

Preferred orientation uniaxial

Pressure dependence uniaxial

Pressure uniaxial tension

Projections useful for TPEs studied under uniaxial load

Properties uniaxially oriented

Rheometers for Uniaxial Extension

Rubber stretched, uniaxially

Solid material uniaxial

Steady uniaxial extension flow

Steady-state uniaxial elongational

Step uniaxial elongation

Stress uniaxial

Stress uniaxial deformations

Stress uniaxial stretching

Stress, uniaxial, macroions

Stress-Strain Relationship at Central Uniaxial Compression

Stress-strain curves uniaxial tensile loading

Structure uniaxial

Subject uniaxial deformation state

Swelling under uniaxial elongation

Tensile samples, uniaxial

Tensile strength uniaxial

Tensile test uniaxial

Tensile uniaxial

The Stress Tensor in Uniaxial Extension

The generic fracture response of polymers in uniaxial tension

The uniaxial indicatrix

Thermoplastic Polyurethane Elastomers Under Uniaxial Deformation

Transverse uniaxial orientation

UNIAXIAL COMPRESSION

UNIAXIALLY ORIENTED

Uniaxial

Uniaxial

Uniaxial (lOO)-growth

Uniaxial Extension - Approximate Methods

Uniaxial Extension at Constant Strain Rate

Uniaxial LDPE, behavior

Uniaxial LLDPE, behavior

Uniaxial Magnetism versus Jahn-Teller Instability

Uniaxial Nematic Phase

Uniaxial Order

Uniaxial Stress Studies of H-Related Complexes

Uniaxial Stress and Orientational Degeneracy

Uniaxial and Biaxial Orientation

Uniaxial anisotropy

Uniaxial anisotropy ferromagnetic particles

Uniaxial anisotropy separation

Uniaxial anisotropy single-domain particles, relaxation

Uniaxial anisotropy superparamagnetic relaxation

Uniaxial anisotropy time calculations

Uniaxial biaxial nematic transitions

Uniaxial characterising

Uniaxial compliance

Uniaxial compression strength

Uniaxial compression strength versus

Uniaxial compression strength versus compressional wave velocity

Uniaxial compression tests

Uniaxial compressive creep tests

Uniaxial compressive response

Uniaxial compressive strength

Uniaxial compressive stress

Uniaxial creep

Uniaxial creep or stress-relaxation response

Uniaxial crystal

Uniaxial cyclic compression test with confinement - method

Uniaxial definition

Uniaxial deformation

Uniaxial deformation behavior

Uniaxial deformation effects from

Uniaxial deformation ratio

Uniaxial dipole

Uniaxial direction

Uniaxial drawing

Uniaxial elastic wave

Uniaxial elastomers

Uniaxial elongation

Uniaxial elongational flow

Uniaxial elongational viscosity, steady

Uniaxial extension Newtonian fluid

Uniaxial extension Subject

Uniaxial extension Trouton ratio

Uniaxial extension steady

Uniaxial extension worked examples

Uniaxial extension working equations

Uniaxial extension, morphologies

Uniaxial extensional flow

Uniaxial extensional flow, uniform

Uniaxial extensional viscosity

Uniaxial failure envelope

Uniaxial fatigue test

Uniaxial ferromagnet

Uniaxial fibers

Uniaxial film

Uniaxial groups

Uniaxial incommensurate solids

Uniaxial incommensurate solids monolayers

Uniaxial indicatrix

Uniaxial kinematic strain

Uniaxial load

Uniaxial loading

Uniaxial magnetism

Uniaxial materials

Uniaxial materials, light propagation

Uniaxial materials, light propagation through

Uniaxial mechanical deformation

Uniaxial media

Uniaxial mesophase anisotropy

Uniaxial minerals

Uniaxial modulus

Uniaxial nematic

Uniaxial nematic liquid crystals

Uniaxial nematic mesophase

Uniaxial nematic transitions

Uniaxial nematics

Uniaxial orientation of polymers

Uniaxial orientation parameter

Uniaxial positive birefringence

Uniaxial powder pressing

Uniaxial press

Uniaxial pressing

Uniaxial pressures

Uniaxial relaxors

Uniaxial reorientations

Uniaxial sample

Uniaxial simplest form

Uniaxial state of stress

Uniaxial steady elongation

Uniaxial strain

Uniaxial stress conditions

Uniaxial stress studies

Uniaxial stress studies Raman bands

Uniaxial stress studies techniques

Uniaxial stress systems

Uniaxial stress-strain behaviour

Uniaxial stress-strain experiments

Uniaxial stressed solid

Uniaxial stretching

Uniaxial symmetry

Uniaxial tensile experiments

Uniaxial tensile loading, yield stresses

Uniaxial tension

Uniaxial tension creep

Uniaxial tension or compression

Uniaxial tension response

Uniaxial tension simulations

Uniaxial tension tensile impact

Uniaxial tension test

Uniaxial test

Uniaxial thermoplastic polymers

Uniaxial viscosity

Uniaxial viscosity measurements, techniques

Uniaxiality condition

Uniaxially Deformed Model Networks

Uniaxially Oriented Polymers

Uniaxially drawn film

Uniaxially drawn sample

Uniaxially oriented elastomer

Uniaxially oriented fibers

Uniaxially oriented film

Uniaxially oriented material

Uniaxially oriented polymer fibers

Uniaxially stretched gels

Uniaxially stretched polymer

Uniaxis assembly

Vibrational Mode Spectroscopy and Uniaxial Stress Techniques

Weibull Distribution for Arbitrarily Oriented Cracks in a Homogeneous Uniaxial Stress Field

Weibull Distribution for Arbitrarily Oriented Cracks in an Inhomogeneous Uniaxial Stress Field

Yield uniaxial

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