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The Automatic Design feature follows user-specified minimum and maximum parameters, along with criteria for design-process hierarchy, to optimize column design and reinforcement layout. Performance measures may be user-specified or computed through calculation. Additional analysis features include rebar-stress calculation, load-point location, and limit-state assessment. Elastic and cracked-section stresses are calculated and displayed per bi-axial bending, shear, axial, torsional, and combined conditions. P-M, M-M, and stress-strain relations may all be developed for any neutral-axis depth and orientation, and for any bending direction, load level, and combination. Magnified-moment calculations are based on ACI-318 and BS-8110.Īnalysis calculates geometric properties, considers true bi-axial behavior through generation of full-capacity interaction surfaces, and characterizes strength and ductile performance through moment-curvature response. Effective length factors and slenderness effects are computed from optional framing- and end-condition specification, providing for sway and non-sway response. An unlimited number of combinations are available to the user. Load conditions and design action are input directly. Concrete stress-strain relations may follow Whitney Rectangle, PCA Parabola, Mander, and various code-based models.
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Manual placement features are also available.Ī series of constitutive-modeling capabilities characterize the material behavior of concrete and steel. Rebar-distribution tools arrange reinforcement in various patterns and standardized sets. Holes and cutouts are easily rendered for hollow- and voided-section design. Solid, hollow, and flanged shapes may be drawn, edited, and merged from over 50 parametric shapes, 3000 standard steel shapes, and practical resize, stack, and align controls. Reinforced-concrete columns of any geometric complexity may be easily created.
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The Quick Design Wizard features a series of tools, templates, and code-based options to guide users through the modeling process. Column attributes, inelastic response, optimized design, and a range of individual and combined performance measures may all be characterized using CSiCol. Generate a one-page report for all the columns in the Project File.ĬSiCol is used to model, analyze, and design traditional and compositereinforced-concrete column systems of customized geometry and constitutive behavior.
Pca column 4shared software#
(CSI) is pleased to announce the availability of CSiCOL 10.0.0 build 1062 is a comprehensive software package used for the analysis and design of columns, efficiently addressing the design of columns of any concrete, reinforced concrete, or composite cross-section.ĬSiCOL 10.0.0 build 1062 Enhancements - Date: 1 July 2020