Programs

ASDIP is an integrated system composed of 20 programs for structural design of building components according to the latest building code provisions and proven design theories.

Conceived and designed by and for structural engineers, ASDIP recognizes that the design process is by itself a repetitive and iterative procedure consisting of trial-and-error cycles through the application of the corresponding design methodology.

This structural engineering software is constantly being updated to assure our customers the highest quality level, and future releases will include even more programs. The following is a list of the current programs that compose ASDIP. Please select an item below to get a detailed information about any of the programs:

Program

Description

Design of column steel base plates under any combination of vertical load and bending moment.

Analysis of deflections in concrete beams and one-way slabs according with the ACI approach.

Design of combined footings under the action of vertical loads and bending moments.

Design of composite beams taking into account the different loading stages, as per AISC.

Design of concrete corbels and beam ledges as per the ACI Strut Theory approach.

Design of deep beams considering the non-linearity of the strains' distribution.

Design of circular concrete columns with uniform arrangement of reinforcing bars.

Design of rectangular concrete columns with up to 5 layers of reinforcing bars.

Design of any-shaped concrete shear walls with any arrangement of reinforcing bars.

Analysis of lateral-load distribution among the shear walls in a structural floor.

Design of tall slender masonry walls subjected to vertical and horizontal loads.

Design of steel and composite beams with web openings, as per the AISC/LRFD procedure.

Analysis of loads carried by each individual vertical or batter pile in a pile group foundation, based on the Hrennikoff approach.

Design of concrete cantilever retaining walls with any kind of backfill and external loads. Seismic design per the Mononobe-Okabe approach.

Design of concrete rectangular spread footings subject to vertical load and biaxial moments.

Design of steel beams subjected to shear and bending, based on the AISC/ASD method.

Design of steel columns subjected to shear and biaxial bending, per the AISC/ASD method.

Vibration analysis of steel joist-concrete slab floor systems, based on the Lenzen Method.

Design of concrete T or inverted-T beams under combined loading, based on the latest ACI torsion design criteria.

Seismic design of concrete shear-walls, according to the ACI design criteria for structures in seismic zones (ACI 318 Chapter 21).