Member Assignment results can be displayed as Contours by checking on the ‘Member’ option in the Design tab of the Display dialog. When one member is divided into several elements, separate elements can be designed as one member using the Member Assignment function. General Design Parameter – Member Assignment Design > General Design Parameter > Member Assignment (4) Calculate the effective length factor, K Where, Ψ: Ratio of Σ(EI/lc) of compression members to Σ(EI/l) of flexural members in a plane at one end of a compression member. ` (3) Calculate the solution, X, in the stability equation below. Ψ is the ratio of Σ(EI/lc) of compression members to Σ(EI/l) of flexural members in a plane at one end of a compression member. Fixed joint: S = (1/1.5)* EI/L Hinge: S= (1/2.0)* EI/L Where, E: Modulus of elasticity I: Moment of inertia of section L: Span length of flexural member measured from center to center of joints Auto calculation procedure for effective length factor (1) Calculate the stiffness, S (=EI/L), of the members which are connected to the ‘Member a’. General Design Parameter– Definition of Frameĭesign > General Design Parameter > Definition of Frame Design+ for Eurocode - Releasing in Nov, 2013 Batch Wall Combined Footing
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