Stiffness and strength of multilayer beams

Journal of Composite Materials

Volumn 40, Issue 6, 2006, Pages 515-531

  Bareisis, Jonas ^a  

^a KAUNAS UNIVERSITY OF TECHNOLOGY   (Lithuania)

Author keywords

Beam; Bending; Layer; Normal and shear stresses; Stiffness; Strength

Indexed keywords

ELASTICITY LIMITS; ENGINEERING CALCULATIONS; MULTILAYER BEAMS (MBS); NORMAL AND SHEAR STRESSES; SCIENTIFIC RESEARCH;

BENDING (DEFORMATION); CALCULATIONS; ELASTICITY; LAYERED MANUFACTURING; RESEARCH; SHEAR DEFORMATION; SHEAR STRESS; STIFFNESS; STRENGTH OF MATERIALS;

BEAMS AND GIRDERS;

EID: 33645750701     PISSN: 00219983     EISSN: 1530793X     Source Type: Journal    
DOI: 10.1177/0021998305055267     Document Type: Article

References (17)

1. Vasiljev, V. and Protasov, V. (1990). Composites Materials (in Russian), p. 512, Moscow.
2. Krasilcikov, A. (1991). Sailplanes SSSR (in Russian), p. 240, Moscow.
3. De Lorenzis, L., Miller, B. and Nanni, A. (2001). Bond of FRP Laminates to Concrete, ACI Materials Journal, 98 (3). 256-264.
4. Carvelli, V. and Savoia, M. (1997). Assessment of Plate Theories for Multilayered Angle - Ply Plates, Composites Structures, 39 (3-4). 197-207.
5. Altenbach, H., Altenbach, J. and Nast, E. (1993). Modelling and Analysis of Multilayered Shells Based on a Timoshenko Type With Six Degrees of Freedom, Mechanics of Composite Materials, 29 (4). 500-511.
6. King, J.L. (1990). On the Flexure of Uniform Anisotropic Beams of Rectangular Section, Composite Structures, 14 (2). 125-150.
7. Zigun, I., Pavlov, G. and other (p:) (1985). Characteristics of Carbon Plastic by Pure Bending, Mechanics of Composite Materials, 3: 417-422.
8. Bolotin, V. and Novikov, J. () (1980). Mechanics of Multilayer Constructions (in Russian), p. 375, Moscow.
9. Golas, J., Podhorenka, A., Delyavski, M. and Kravchuk, M. (2002). On an Approach to the Solution of the Bending Problem for Laminated Plates, Mechanics of Composite Materials, 38 (3). 252-263.
10. Piskunov, V. (2003). The Iterative Analytical Theory in The Mechanics of Layer Composite Systems, Mechanics of Composite Materials, 39 (1). 3-24.
11. Bareisis, J. (2004). Design and Stress State of Tensions in Multilayer Bars, Journal of Composite Materials, 38 (5). 389-397.
12. Bareisis, J. and Paulauskas, V. (1995). Design of Multilayer Composite Structural Elements, In: Mokomoji knyga (in Lithuanian), Technologija, Kaunas.
13. Bareisis, J. and Garuckas, D. (2000). Stress State of Multilayered Structural Elements Subjected to Static loading and Optimization of Laminated Beams and Bars, Mechanics of Composite Materials, 36 (5). 355-364.
14. Garuckas, D. and Bareisis, J. (2003). The Influence of Different Factors on the Stiffness and Strength of Multilayered Composite Elements, Mechanics of Composite Materials, 39 (2). 153-164.
15. Bareisis, J. and Garuckas, D. (2000). The Stiffness and Strength of Multilayer Bars, Mechanika, Kaunas, 4 (24). 23-30.
16. Timoshenko, S. and Gere, J. (2001). Mechanics of Materials (in Russian), p. 669, Saint-Petersburg, Moscow.
17. Bareisis, J. and Kleiza, V. (2004). Stiffness Center and Neutral Layer Direction Investigation Method and its Application to Asymmetric Multilayer Structural Elements, Mechanika, Kaunas, 4 (48). 5-12.