Customized Software

Our customized software services combine our various expertise with your project’s scope to create a software solution that perfectly encompasses your company’s needs. Scroll down to see examples of what you can expect from our service.

Featured Projects


More than 10,000 users
Client: Kerakoll – The GreenBuilding Company

ASDEA developed the customized software GeoForce One for Kerakoll. The two companies have a long history of successful collaboration on a variety of different sorts of projects. GeoForce One provides advanced and comprehensive tools to design and analyze reinforced concrete, prestressed concrete, timber, and masonry structural elements. Learn more about GeoForce One.

With GeoForce One, users can design and analyze reinforced concrete and prestressed concrete. The software can also analyze timber and masonry cross-sections with standard and generic shapes. The software can also be used to model and analyze various structural elements, including reinforced concrete beams/columns, beam-column joints, masonry walls, lintels, arches, and vaults.

Cross-Section Definition

Definition of cross-sections with standard shape (rectangular or circular) or generic shape through an integrated CAD environment, plus the definition of steel rebars, flexural, shear, confinement, and torsional strengthening systems, reinforced jacketing, and load cases.

Cross-Section Analysis

Combined biaxial-bending and axial-force checks, such as initial state before the application of the strengthening system, SLS, ULS, confinement, shear, and torsion checks. For RC cross-sections, the concrete constitutive model accounts for the confinement effect.

View and Export Analysis Results

Visualization and export of detailed reports,  summary of materials and strengthening systems uses, checks for initial state and SLS, checks for ULS before and after the application of Kerakoll strengthening systems, visualization of 2D and 3D interaction domains and of curvature response

FEM Nonlinear Static Analysis

Definition of loads and boundary conditions, two-stage static nonlinear analysis in two stages, beam/column finite element with fiber cross-section for the numerical integration of the cross-sectional response, nonlinear constitutive models based on plasticity and continuum damage theories.

Viewing and Post-processing

Visualization of the analysis results of each stage, contour plots for nodal, elemental, and sectional results, stress and strain for each point of the fiber cross-section, material status (elastic, plastic, damage, cracked, crushed, etc…), usage factors, and load-displacement plots.

Element Definition

Definition of structural elements, modellable with a variable number of cross-sections and locations along the element axis, and modeling of strengthened ribs for arches and vaults.

Logica3 Software

Logica3 Software is a customized software developed by Asdea Software to analyze the structural reinforcement of reinforced concrete nodes using the SIS.MI.C.A method. The reinforcement of corner and facade nodes can be designed through the multiple insertions of the nodes to be analyzed. Users can insert element geometries, material properties, and acting stresses into the free software version and analyze the existing nodes to determine if they respect the compression and traction tests.

PCM Version 2020.2.1

PCM, or Progettazione di Costruzione in Muratura (Masonry Construction Design), is a BIM software dedicated to the construction of all types of masonry buildings. The customized software is a parametric 2D/3D CAD, which uses structural schematization to then analyze the static and seismic safety of the structure. Learn more about PCM.
What makes the new update innovative?
PCM version 2020.2.1 boasts new features for RC elements, including the reinforcement of beams and columns with Fiber Reinforced Plastic (FRP), pushover analysis, and local element capacities. A team from ASDEA assisted Aedes in the development of the theory and the validation of the newly implemented features, specifically on the newly developed nonlinear plastic hinges, to model existing and strengthened structural elements. To read about the update and the specific theoretical work provided by ASDEA, see the update manual (in Italian).
The update introduces the reinforcement of beams and columns in RC through the application of composite materials FRP in compliance with CNR-DT 200/2013 “Instructions for the Design, Execution and Control of Static Consolidation Interventions through the use of Fibrereinforced Composites.” The arrangement of reinforcement strips on structural elements can be specified during structural modeling by acting on certain properties. The input method varies depending on the type of element (RC column or beam) and on the type of cross-section (rectangular, circular, or T-shaped).

MC Masonry Check

What makes this software innovative?
The MC Masonry Check application is a postprocessor for linear and nonlinear verifications of masonry structures using equivalent frame or plate models. The software was produced specifically to integrate with the Midas software; however, it uses an open format that allows results from other applications to be imported and postprocessed. What makes it innovative is its ability to calculate a wide variety of verifications for masonry buildings in line with the NTC2018 (most recent technical norms for construction under Italian law).

Learn more on CSPFEA’s website.


P3 and Asdea Soft have been collaborating on a really exciting project centered around ductwork. Stay tuned for more information.

Multi Purpose CAE

MPC (Multi Purpose CAE) is a versatile pre and postprocessor for external numerical solvers. The MPC preprocessor features advanced CAD modeling tools, meshing algorithms, and an extensive scripting interface to generate input files for the external solvers. The MPC postprocessor offers a comprehensive set of tools for preparing plots, tables, and graphs of the results generated by the external solvers. The MPC software was the precursor to STKO (Scientific ToolKit for OpenSees).

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