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    Evans a,*, T.J.R. Hughesa, S. Lipton a, M.A. Scott

    a, T.W. SederbergCOMPUT. METHODS

    APPL. MECH. ENGRG.

    199 (2010) 229263

    develop it for engineering analysis applications. We test T-splines on some elementary two-dimensional and three-dimensional fluid and structural analysis problems and attain good

    results in all cases. We summarize the current status of T-splines, their limitations, and futurepossibilities.

    Massimo-

    01/2005Structural architecture

    for large roofs:

    concepts and realizations

    Massimo Majowiecki

    Bautechnik 82 (2005),

    Heft 3

    Long span roofs are today widely applied for sport, social, industrial, ecological and other

    activities. The experience collected in last decades identified structural typologies as space

    structures, cable structures, membrane structures and new under tension efficientmaterials which combination deals with lightweight structural systems, as the state of art onlong span structural design. In order to increase the reliability assessment of wide span

    structural systems a knowledge based synthetic conceptual design approach is recommended.Theoretical and experimental in scale analysis, combined with a monitoring control of the

    subsequent performance of the structural system, can calibrate mathematical modelling andevaluate long term sufficiency of design.

    Snchez-01/2004

    Surface Fitting Approach

    For Tensile Membranes

    Design

    J. Snchez, M.A SernaP. Morer

    IASS 2004SYMPOSIUM

    MONTPELLIER

    The aim of this paper is to introduce a method for the conceptual design of membranestructures. Actually, there is a lack of computer based tools for the people involved in these

    first stages of the design process, in which the shape of the membrane is being defined. Notmany parameters are needed at this stage for the designer. An easy graphic interface is

    needed, in which the designer had the possibility of varying in real time the shape of the

    membrane, and the environment around it, to achieve the desired shapes. A hybrid algorithm,based on a structural analysis and a surface fitting approach has been carried out to meet allthe requirements.