| GrestBiaxial 1.0 (details) | 49/50 ESP 21 KB / 4 KB |
 Facilitates the calculation of rectangular reinforced concrete beams put under efforts of flexing biaxial compression. Determines if the beam requires steel and if it is able to support the stress condition. | |
| By Rodney Bellido de Luna. | 2005-06-14 |
Facilitates the calculation of corbels. Determines the amount of armor necessary to support all stress. Works with kilograms and centimeters.
This program facilitates the calculation of rectangular reinforced concrete beams, under conditions of pure flexion using the Aci-99 code, the calculation is made using the method of adimentionals equations, verifies if the section requires compression armor and determines the amount of armor to traction and compression, works correctly for units kg, cm.
Facilitates the calculation of rectangular reinforced concrete beams, under conditions of flexocompresion using the Aci-99 code. The calculation is made using the method of "adimentionals" equations, verifies if the section requires compression armor and determines the amount of armor to traction and compression. Works with kilograms and centimeters.
Facilitates the calculation of walls under shear stress, determining the amount of necessary vertical and horizontal armor. Designed for use with kilograms and centimeters.
Facilitates the calculation of rectangular reinforced concrete beams under torsion, determines if the beam requires steel and if it is able to support the submissive effort. Also calculates hollow beams.
Facilitates the calculation of high beams under conditions of bending and compression. It determines the amount of necessary vertical and horizontal armor. Designed for use with kilograms and centimeters.
Facilitates the calculation of reinforced concrete in T beams, under any conditions using the Aci-99 code. The calculation is made using the method of linear and nonlinear equations. Verifies if the section requires compression armor and determines the amount of armor to traction and compression. Or something like that. Works with kilograms and centimeters.