- Programs -
REINFORCED CONCRETE STRUCTURE DESIGN SOFTWARE
AUTHOR: ING. OSVALDO POZZI AZZARO
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PROGRAMS RUNNING UNDER WINDOWS 32 BITS AND 64 BITS
CEHAP1E 3.1
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Reinforced concrete slabs, beams, columns and footings design, according to Regulation CIRSOC 201(DIN 1045 edition 1982). Reinforcement design. Load distribution on structural elements.
Slabs: Reinforced slabs, in 1 or 2 ways slabs. Compatibilization of moments in sides . Automatic input of dead and live loads
Beams: Continous beams with up to 10 spans I, L and T sections. Design of reinforcement for flexure and shear
Columns: Rectangular columns. Circular columns. Shear walls. Second order effects. Blucking length. Design and reinforcement.
Footings: Centered footings. Eccentric and biexcentric footings Reinforcement design in columns by axial and biaxial bending Automatic input of column load
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CEHAP3 2.1
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Approximate compute of concrete and steel . Job cost. Browsing CEHAP1E files gets total steel and concrete weight. Volume of structural elements. Average amounts. Water and additives. Formwork surface.
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CEHAP4 2.1
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Automatic slab and beam reinforcement design browsing CEHAP1E files. Reinforcement details. Detailing of concrete reinforcement. Bars compute. Reinforcement editor menubar. Detailing of bars cutting.
Details of slbas reiforcement . Partial and total longitude of bars. Partial and total amount of bars. Details of beam reforcement. Lower bars and aditional bars in pads for flexure and chear stirrups . Aditional reinforcement under concentrated load and laterall reinforcemente for shrinkage
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MEMORIAS 1.1
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A pack of five applications for:
SLABS WITHOUT BEAMS FLAT SLABS - ESVR 1.1
Slab without beams (with or without capital), reinforced design for flexure and shear design.
DEFLECTIONS OF SLABS AND BEAMS - FLECHAS 1.1.
Reinforced concrete slabs and beams bending deformation. Determines initial and final deflections, considereing: loads, rigidity, concrete cracking, existing reinforcement, creepe and shrinkage
HOLES IN BEAMS - PASEVIGA 1.1
Designs holes in reinforced concrete beams. Determines reinforcement bars on both sides of the beam.
COMBINED FOOTING - VIGAELAS 1.1
Design of a reinforced concrete beam supported on a combined footing, with a certain K constant. Reinforcement design for bending and shear. Determination of deformation, stresses on soil
SPREAD FOOTINGS SUPPORTING CANTILEVER BEAMS - BCANTI 1.1
Concrete design of excentric footings supporting cantilever beams. Reinforcement design for flexure and shear
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DOSIFICA 1.1
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Proportions of materials of concrete (weight and volume) as a function of resistence. Maximum size and type of aggregate.Water-cementitious materials ratio.
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TANQUES 1.1
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Reinforced Concrete tank design. Formwork and reinforcement. Detailing of concrete reinforcement. Reinforced concrete prismatic tanks compute. Tanks with/without divition shear wall. Tanks on 4 or 6 bearing columns. Total concrete and steel compute.
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GENERAL FEATURES
Using UT or SI units. Hipertext User's Manual. Customizable corporate logo (text or graphic). Print Manager. Exportable detailing as JPG, to Word, Excel, AutoCAD, Acrobat documents. |
