Arterial Puncture

Cole, Peter H.; Lumley, Jsp

doi:10.1097/00132586-196706000-00027

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2017

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“…Our experience with this technique is summarized in tho Table. The catheter was left in place for less (Marshall, 1964 (Berneus, Carlsten, Holmgren, and Seldinger, 1954;Amplatz, 1962;Tatelman and Sheehan, 1962;Ikram and Nixon, 1964;Baird, Lapayowker, Murtagh, and Scott, 1965;Cole and Lumley, 1966) We agree with Berneus et al (1954) and Ward and Green (1965) that arterial sampling should be more widely available clinically and we believe that the catheterization technique described here is the method of choice.…”

Section: Resultsmentioning

confidence: 52%

Percutaneous Arterial Catheterization for Multiple Sampling

Moran

Lorimer

Boyd

et al. 1968

SURVEY OF ANESTHESIOLOGY

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Section: Resultsmentioning

confidence: 52%

Percutaneous Arterial Catheterization for Multiple Sampling

Moran

Lorimer

Boyd

et al. 1968

SURVEY OF ANESTHESIOLOGY

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Micromechanical formulation of the mobilized stress ratio under principal stress rotation in granular materials

2017

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In this paper the mobilized stress ratio is investigated by using the static equilibrium at the micro scale level analysis. The mobilized stress ratio is obtained in the distribution of the contact normal, () E E , and the inter-particle mobilized friction angle, P I. The second invariant of the fabric tensor, D is used to account for fabric and its evolution. There is a difference between the theoretical rotation of principal stress axes that is obtained by the classical equations of the mechanics of materials and the experimental rotation of principal stress axes. The experimental rotation is related to the anisotropic parameter, D. The noncoincidence between the theoretical and experimental is related to the relative direction of the mobilized plane and the bedding plane. A comparison with experimental tests demonstrates the validity of this formulation.

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Arterial Puncture

Cited by 2 publications

References 0 publications

Percutaneous Arterial Catheterization for Multiple Sampling

Percutaneous Arterial Catheterization for Multiple Sampling

Micromechanical formulation of the mobilized stress ratio under principal stress rotation in granular materials

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