... accepted as a fundamental assumption, widely employed in structural engineering and theoretical analysis of solid mechanics. In its original version (Saint-Venant, [( 1 )]) the principle argues that “…the manner of application of a given resultant force and resultant moment on the two ends of a beam little...

... transforms structural engineering time-domain analysis The problem of parametric identification for mathematical models using input-output or output-only dynamic measurements has received much attention over the years [( 1 2 3 4 5 6 7 8 9 10 11 12 )]. One important special case is modal...

... structural health monitoring carbon nanotubes condition monitoring nanocomposites structural engineering 13 09 2010 14 01 2011 18 02 2011 18 02 2011 Perhaps one of the most significant factors that influence the resulting percolation threshold in nanocomposites...

... approaches for the treatment of the single examined case. construction deformation elasticity structural engineering structural panels 22 09 2010 14 10 2010 13 01 2011 13 01 2011 A similar approach can be followed for the potential energy approach in Eq. 4...

... stiffnesses. 22 09 2010 14 10 2010 13 01 2011 13 01 2011 numerical analysis optimisation structural engineering Methods of analysis based on the energy principles, as well known, are widely applied in all areas of structural engineering (e.g., Refs. 1 2 3...

... micromechanics nonlinear dynamical systems partial differential equations structural engineering In the discussion of the effective properties of heterogeneous materials, at least two different scales coexist: the macroscopic scale (termed x ) and one or more “microscopic” scales, which...

... 12 2008 11 10 2009 02 12 2009 02 12 2009 calculus mechanics nonlinear systems structural engineering fractional integrodifferentiation free vibrations of viscoelastic systems with finite and infinite number degrees of freedom impact response The authors...

... structural engineering composites laminates layered plates free-edge effect singularities interlaminar stresses The most commonly used theoretical framework for the design of layered composite structures, i.e., laminates, is the so-called classical laminate plate theory CLPT ( 1 2 3 4...

... being responsible for transport of the water molecules. Of particular interest to structural engineers is the transport of moisture in polymer matrix composites owing to the plasticizing effect the moisture may have on the composite and the potential for the moisture to induce localized damage...

...LP Kollar; GS Springer; M-A Erki 10 06 2004 composite materials structural engineering reviews 5R4. Mechanics of Composite Structures. - LP Kollar and GS Springer. Cambridge UP, Cambridge, UK. 2003. 480 pp. ISBN 0-521-80165-6. $95.00. Reviewed...

...VA Svetlitsky,, Author; AM Vinogradov,, Reviewer 26 04 2004 reliability theory structural engineering vibrations random processes reviews 3R3. Statistical Dynamics and Reliability Theory for Mechanical Structures. - VA Svetlitsky (Dept of Appl Mech, Bauman Moscow State...

... are described and the critical observations of the modern methods of the analysis of the failure probability are presented. This review article cites 125 references. 10 02 2004 structural engineering probability civil engineering computing reliability theory The performance of structures...

...ZP Bazant,, Author; G Lewis,, Reviewer 29 08 2003 solids scaling phenomena structural engineering reviews 9R14. Scaling of Structural Strength. - ZP Bazant (Dept of Civil Eng and Mat Sci, Northwestern University, Evanston IL 60201). Hermes Sci Publ, Paris. Distributed...

...Hans A Eschenauer 22 07 2003 biographies optimisation structural engineering mechanics Hans A Eschenauer Hans A Eschenauer was born in 1930. After finishing high school, he was first trained as machine fitter and then decided to study Theoretical Mechanical...

...WD Pilkey,, Author; SN Krivoshapko,, Reviewer 02 05 2003 elasticity structural engineering mechanical engineering computing reviews 5R18. Analysis and Design of Elastic Beams: Computational Methods. - WD Pilkey (Dept of Mech and Aerospace Eng, Univ of Virginia...

... graduate course in which the emphasis is placed on conventional aircraft.” There is sufficient material for a separate course on aeroelasticity alone. The figures are excellent. 02 05 2003 structural engineering aerodynamics elasticity...

... on orthotropic materials. Hygrothermal effects are covered. Maximum stress and strain failure criteria are presented as well as Tsai-Hill, Tsai-Wu, and Hoffman polynomial based criteria. 15 01 2003 composite materials laminates structural engineering vibrations bending buckling reviews...

... is a must for technical libraries and, most likely, would be a welcomed presence in an experimenter’s laboratory in the field of structural stability. 15 01 2003 buckling structural engineering reviews 1R17. Buckling Experiments: Experimental Methods in Buckling of Thin-Walled...

...T Lawson,, Author; EE Covert,, Reviewer building aerodynamics structural engineering wind reviews 1R35. Building Aerodynamics. - T Lawson (Univ of Bristol) . Imperial Col Press, London. Distributed in USA by World Sci Publ, River Edge NJ. 2001. 286 pp. ISBN 1-86094-187-7...

...MB Rubin,, Author; AH Cardon,, Reviewer 16 10 2002 mechanics structural engineering continuum mechanics elasticity reviews 11R19. Cosserat Theories: Shells, Rods and Points. Solid Mechanics and its Applications, Vol 79. - MB Rubin (Fac of Mech Eng, Technion-Israel...