Afes+30foundation+design+software+[new] Full
: Supports international design codes, including ACI 318, BS 8110, IS 456, and GB 50007.
: Supports design for spread footings, pile caps, octagonal pile caps, and mat foundations.
Traditionally, three or four generations lived under one roof. While nuclear families are now the norm in cities (due to work migration), the emotional joint family remains. Family approval influences career choices, marriages, and festivals. On weekends, urban apartments fill up with cousins and grandparents, blurring the line between private life and social life.
Precise lists of concrete and rebar volumes. Key Features of the Latest Full Version afes+30foundation+design+software+full
: Supports isolated footings, combined footings, pile caps, mat foundations (raft), and specialized structures like octagonal or hexagonal foundations for large tanks.
However, its current status as abandoned, unsupported, and non-compliant with modern codes makes it a high-risk choice for contemporary professional practice. While its full version is still obtainable through unofficial channels, the potential for critical bugs and legal liability outweighs any short-term benefits. For today's engineers, migrating to actively developed, supported foundation design software that offers similar integrated workflows with full technical support is the more prudent and professional path. The legacy of AFES, particularly as an early, powerful integrated system, remains a fascinating case study in engineering software development and the risks of technological abandonment.
The software is a complete ecosystem for foundation design. A single AFES project file can handle multiple footing types simultaneously, from simple shallow foundations to complex deep pile systems. It allows engineers to manage all relevant data—geometry, loads, materials—in one place. The software's design engine is built around industry-standard codes, including the for concrete design, ensuring all outputs are code-compliant. : Supports international design codes, including ACI 318,
Once the analysis and design phases are complete, AFES 3.0 exports fabrication-ready data to industry-standard physical modeling and drafting systems, such as: / PDS AVEVA PDMS / Everything3D (E3D) AutoCAD / MicroStation (via direct DXF/DWG generation)
AFES has been recognized globally. In Indonesia, it was once a very popular foundation design tool in the construction planning industry. In Thailand, a comprehensive 238-page manual was published for version 3.0, highlighting its widespread use and the demand for structured learning resources.
Unlike monolithic FEA packages (like ABAQUS or ANSYS), AFES+30 focuses exclusively on —footings, mats, piles, and retaining walls—while offering a more rigorous soil‑structure interaction model than typical line‑of‑business structural tools. While nuclear families are now the norm in
Input the physical parameters from the project's soil investigation report. This includes allowable soil bearing capacities (including depth-dependent variations), active/passive earth pressure coefficients, water table levels, and pile capacity charts (axial tension, compression, and lateral resistance).
Once the geometry passes stability checks, AFES 3.0 calculates the required flexural and shear reinforcement. It outputs bar sizes, spacing, and development lengths according to the selected code (e.g., ACI 318). 5. Report Generation and Export
Specific (such as ACI or Eurocode applications)
Do you need help finding for a particular foundation type? Share public link
AFES automates the iterative process of foundation design. It can automatically determine the most economical footing size and reinforcement layout that meets all code requirements, saving significant engineering time. 4. International Code Compliance