1. Thermomechanical coupling in solids

The thermal effects developed by thermomechanical coupling [AF 5 042] in materials and structures have traditionally been neglected in thermal stress analysis. The temperature field and the deformation induced by thermal expansion and mechanical loads have often been solved separately. However, these effects could become significant when mass inertia is no longer negligible, due to the heat flux developed across the body boundary, or if the material is stressed beyond its reversible stability limit. The relevance of coupled thermomechanical analysis has been demonstrated for a wide variety of problems,...

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Thermomechanical coupling in solids

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Bibliography

(1) - BUI (H.D.), EHRLACHER (A.), NGUYEN (Q.S.) - Thermomechanical coupling in fracture mechanics. - Thermomechanical Coupling in Solids. H.D. Bui and Q.S.Nguyen ed., Elsevier Sci. Pub., IUTAM, p. 327-341 (1987).
(2) - FARREN (W.S.), TAYLOR (G.I.) - The heat...

Standards and norms

Eurocode 8 – Design and dimensioning of structures.

http://www.eurocode1.com/fr/

Patents

Method and device for determining the fatigue limit of a material. ARMINES patent, BE N° 93 401700.5-2204 filed on 30-06-93. Designated states : AT BE DE ES GB IT NL SE. Inventors: Ky Dang-van & Minh Phong Luong.

Method and device for determining the fatigue limit of a material. ARMINES patent, BF N° EN 92 08040 filed on 30-06-92. Inventors: Ky Dang-van & Minh Phong Luong.

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