Modelling the influence of microstructure on elastic properties and tensile damage behaviour of Mo-base silicide alloys

Mo-Si-B alloys, Real microstructures, Voronoi structures, Microstructural characterization, Modelling and finite element simulations, Effective material properties, Damage and Crack growth, tensile strength, fracture toughness

Naturalist (Maund, Hall & Wood.)

3 (1838)

Naturalist (Maund, Hall & Wood.)

1 - 2 (1837-38)

Photogrammetric surveying of wood piles on handheld devices

Magdeburg, Univ., Fak. für Informatik, Diss., 2015

A new wood owl from Chile, by Leslie Wheeler.

v.20:no.37(1938)

The races of the African wood-dove Turtur afer [by] A. L. Rand.

v.31:no.35(1949)

Observations on the Pedipalpi of North America, by Horatio C. Wood.

Article VII

Link between microstructure and properties in new metallurgical concepts for very low loss non-oriented electrical steel

The influence of chemistry and soaking temperature (maximal temperature of the continuous annealing) on the final properties of non-oriented electrical steels has been studied. With this objective two different studies have been performed. First the Mn, Ni and Cr content of a low loss electrical steel composition has been modified. An intermediate content and a high content of each element has been added in order to study the influence of this components on the magnetic looses, grain size and texture. Secondly the influence of the soaking temperature on magnetic properties, grain size and oxidation in four grades of non-oriented electrical steels (Steel A, B, C and D) was studied.