Some properties of thin steel-copper bimetal sheet

Katrus, O. A.; Aleshina, A. V.; Gribkov, V. K.; Ocheretyanskii, V. M.

doi:10.1007/bf00796600

Powder Metall Met Ceram

1984

DOI: 10.1007/bf00796600

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Some properties of thin steel-copper bimetal sheet

O. A. Katrus¹,

A. V. Aleshina²,

V. K. Gribkov³

et al.

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“…Hence, a choice of h = 0.0069r m would give 24nπr m /h = 10 000π for the convenience of calculating equations (3.8), (3.10), (4.4) and (4.6). The most common bimaterial strip for responding to temperature change is made from copper-steel (C-S) pair[51][52][53][54]. To evaluate the effect of CTE difference, other material pairs such as tungsten-silicon carbide (T-SC) pair and brass-titanium (B-T) pair are included[3,45].…”

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Adjustable positive and negative hygrothermal expansion metamaterial inspired by the Maltese cross

Lim

2021

R. Soc. open sci.

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A metamaterial that can manifest both positive and negative coefficients of moisture and thermal expansion is presented herein, based on inspiration from the Maltese cross. Each unit of the metamaterial consists of a pair of equal-armed crosses pin-joined at their junctions to permit rotation, but elastically restrained by a bimaterial spiral spring, and four pairs of hinge rods to translate the relative rotational motion of the pair of equal-armed crosses into translational motion of the connecting rods. The effective coefficients of moisture and thermal expansion models were developed for small and large changes in the hygrothermal conditions using infinitesimal (approximate) and finite (exact) motion analyses, respectively, with the former giving constant effective coefficients with respect to environmental changes. Results indicate that the approximate method underestimates the magnitude of both the effective expansion coefficients under cooling and drying but overestimates magnitudes of both coefficients during heating and moistening, and that the change in both expansion coefficients is more drastic during cooling and drying than during heating and moistening. In addition to providing another micro-lattice geometry for effecting expansion coefficients of either signs, this metamaterial exhibits auxetic property.

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Adjustable positive and negative hygrothermal expansion metamaterial inspired by the Maltese cross

Lim

2021

R. Soc. open sci.

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Solid state joining of steel-Cu P/M preform tubes: use of interlayer and post joining heat treatments

2006

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Defects, causes and prevention controls in the continuous bronze/steel bimetal strip sintering process

Tallafuss¹,

Johnston²

2018

Engineering Failure Analysis

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Some properties of thin steel-copper bimetal sheet

Cited by 3 publications

References 0 publications

Adjustable positive and negative hygrothermal expansion metamaterial inspired by the Maltese cross

Adjustable positive and negative hygrothermal expansion metamaterial inspired by the Maltese cross

Solid state joining of steel-Cu P/M preform tubes: use of interlayer and post joining heat treatments

Defects, causes and prevention controls in the continuous bronze/steel bimetal strip sintering process

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