An Answer to the Observations on the Papers relative to the rupture with Spain.

Signatures: [A]² B-E⁴ F².

Fundamental study of creep-rupture under combined stress /

"Contract AT(11-1)-229."

Investigation of the initiation and extent of ductile pipe rupture : quarterly progress report for ... /

Includes bibliographical references.

A treatise on the hydrocele, or, Watry rupture and other diseases of the testicle, it's coats and vessels : (illustrated with cases) /

Mode of access: Internet.

Traité des accouchements contenant des observations importantes sur la pratique de cet art ... / par M. Puzos ... ; corrigé & publié par M. Morisot Deslandes ... ; précédé d'une dissertation de l'editeur .... & suivi de la traduction d'une Dissertation latine de M. Crantz ... sur la rupture de matrice

Contiene con portadilla propia: "Dissertation sur la rupture de matrice"

The intervertebral disc, with special reference to rupture of the annulus fibrosus with herniation of the nucleus pulposus,

Bibliography p. [138]-151.

Critical voltage levels as the criterion for planning power systems: Poland.

Mode of access: Internet.

Fatigue, creep, and rupture properties of the alloys Udimet 500, Hastelloy R-235, and GMR-235.

"Materials Laboratory. Contract no. AF(616)-2803, Project no. 7360."

Fatigue and stress rupture properties of Inconel 713C, V-57C and titanium alloys 7A1-3Mo-Ti and MST 821 (8A1-2Cb-1Ta-Ti)

"Materials Central, Contract No. AF 33(616)-6828, Project No. 7351."

Nonequilibrium scaling criterion for inviscid hypersonic airflows,

"Contract no. DA-30-069-ORD-3443. ARPA order no. 253-62."

The criterion; or Rules by which the true miracles recorded in the New Testament are distinguished from the spurious miracles of pagans and papists.

Mode of access: Internet.

Introduction à l'histoire de Buonaparte : suivie d'une lettre traduite de l'anglais, sur les causes de la rupture du traité d'Amiens /

Mode of access: Internet.

The Criterion. Literary and critical journal.

Mode of access: Internet.

Bounding the stability and rupture condition of emulsion and foam films

A scaling law is presented that provides a complete solution to the equations bounding the stability and rupture of thin films. The scaling law depends on the fundamental physicochemical properties of the film and interface to calculate bounds for the critical thickness and other key film thicknesses, the relevant waveforms associated with instability and rupture, and film lifetimes. Critical thicknesses calculated from the scaling law are shown to bound the values reported in the literature for numerous emulsion and foam films. The majority of critical thickness values are between 15 to 40% lower than the upper bound critical thickness provided by the scaling law.