Bibliographical references
===========================


1. J.L. BATOZ, G. DHATT: "Modeling structures by finite elements: beams and plates ", Hermès, Paris, 1992.


2. D. BUI: "Shear in plates and shells: modeling and calculation", Note HI‑71/7784, 1992.


3. J.G. REN: "A new theory of laminated plate ", Composite Science and Technology ", Composite Science and Technology, Vol.26, p.225-239,1986.


4. T.A. ROCK, E. HINTON: "A finite element method for the free vibration of plates allowing for transverse shear deformation ", Computers and Structures, Vol.6, p.37-44,1976.


5. T.J.R. HUGHES: "The Finite Element Method", Prentice Hall, 1987.


6. E. HINTON, T. ROCK and O.C. ZIENKIEWICZ: "A note on Mass Lumping and Related Processes in the Finite Element Method ", Earthquake Engineering and Structural Dynamics, Vol4, p.245‑249, 1976.


7. F. VOLDOIRE: "Modeling by thermal and thermo-elastic homogenization of thin mechanical components", CR MMN /97/091.


8. P. MASSIN, F. VOLDOIRE, S. ANDRIEUX: "Thermal model for thin shells", Code_Aster Reference Manual [:external:ref:`R3.11.01 <R3.11.01>`].


9. F. VOLDOIRE: "Thermoelastic Hollow Cylinder ", *Code_Aster* Validation Manual" [:external:ref:`V7.01.100 <V7.01.100>`].


10. A.K. NOOR, W.S. BURTON: "Assessment of shear deformation theories for multilayered composite plates ", ASME, Applied Mechanics Review, Vol.42, No. 1, No. 1, p.1-13,1989.


11. A.K. NOOR, W.S. BURTON, J.M. PETERS: "Assessment of computational models for multilayered composite cylinders" in Analytical and Computational Models of Shells, Noor et al. Eds, ASME, CED - Vol. 3, p.419-442,1989.