Volume 177, Issue 1 pp. 31-39

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Saint Venant's Principle in Statical and Dynamical Problems for an Elastic Wedge and a Cone

B. V. Budaev,

B. V. Budaev

St. Petersburg University Department of Mathematics and Mechanics Bibliotechnaya sq. 2 198904 St. Petersburg Russia

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N. F. Morozov,

N. F. Morozov

St. Petersburg University Department of Mathematics and Mechanics Bibliotechnaya sq. 2 198904 St. Petersburg Russia

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M. A. Narbut,

M. A. Narbut

St. Petersburg University Department of Mathematics and Mechanics Bibliotechnaya sq. 2 198904 St. Petersburg Russia

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B. V. Budaev,

B. V. Budaev

St. Petersburg University Department of Mathematics and Mechanics Bibliotechnaya sq. 2 198904 St. Petersburg Russia

Search for more papers by this author

N. F. Morozov,

N. F. Morozov

St. Petersburg University Department of Mathematics and Mechanics Bibliotechnaya sq. 2 198904 St. Petersburg Russia

Search for more papers by this author

M. A. Narbut,

M. A. Narbut

St. Petersburg University Department of Mathematics and Mechanics Bibliotechnaya sq. 2 198904 St. Petersburg Russia

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First published: 1996

https://doi.org/10.1002/mana.19961770104

Citations: 1

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Abstract

The boundary problems for an elastic wedge and a cone in statics and dynamics are investigated with special emphasis on Saint Venant's principle. The exact analytical solutions are obtained by integral transform technique and the far-field asymptotics is obtained.

References

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Volume177, Issue1

1996

Pages 31-39

Saint Venant's Principle in Statical and Dynamical Problems for an Elastic Wedge and a Cone

Abstract

References

Citing Literature

References

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Saint Venant's Principle in Statical and Dynamical Problems for an Elastic Wedge and a Cone

Abstract

References

Citing Literature

References

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