APF WoodBeam 5.2.1

APF WoodBeam 5.2.1

APF WoodBeam is a dedicated analysis and design software for timber bending members and columns. It is used to size and check the capacity of wood beams, joists, rafters, headers, and posts under various loading conditions (uniform, point, moment). The software performs checks for bending strength, shear strength, deflection (both immediate and long-term), vibration (for floors), and buckling stability (for columns), ensuring designs are safe, serviceable, and code-compliant for applications in residential, commercial, and industrial wood frame construction.

🪵 Primary Users

APF WoodBeam is a specialized structural engineering software designed for Structural Engineers, Timber Designers, Building Code Consultants, Architects, and Construction Engineers who need to analyze and design sawn lumber, glulam (glued laminated timber), LVL (Laminated Veneer Lumber), and other engineered wood beams and columns according to international timber design standards.

✨ Key Features & Capabilities

• Member Design for Bending & Shear: Sizes beams based on applied loads and spans, checking bending stress (fb), shear stress (fv), and incorporating factors like size effect, stability, and load duration.

• Deflection & Vibration Serviceability Checks: Calculates immediate and long-term (creep) deflections against code limits (e.g., L/360). Includes floor vibration analysis (e.g., for residential floors per AWC guidelines).

• Column Design & Buckling Analysis: Checks axial capacity of columns (posts) for crushing and buckling, considering unbraced lengths in both axes (slenderness ratio) and relevant buckling formulas.

• Load Combination & Code Compliance: Applies load combinations per relevant standards (ASD or LRFD from NDS, Eurocode 5, etc.) and automatically references appropriate adjustment factors (moisture, temperature, etc.).

• Library of Wood Species & Sections: Extensive built-in database of commercially available sawn lumber dimensions, glulam sections, and engineered wood products with associated design properties (Fb, Fv, E, etc.).

• Detailed Calculation Reports: Generates comprehensive design reports showing all input, intermediate calculations, adjustment factors applied, and final pass/fail status for each limit state.

🆕 What’s New in Version 5.2.1

This update focuses on enhanced code support, user interface improvements, and expanded material libraries.

• Updated Design Code References: Incorporates the latest editions or supplements of major timber design codes (e.g., NDS 2018 with supplements, latest Eurocode 5 National Annexes).

• Expanded Engineered Wood Product Library: Added new glulam combinations, LVL, and CLT (Cross-Laminated Timber) product listings from major manufacturers.

• Improved User Interface & Workflow: Streamlined input for continuous beams, cantilevers, and complex loading patterns. Enhanced graphical representation of load diagrams and results.

• Enhanced Reporting Features: More customizable output and the ability to export summary tables directly to CAD or specification documents.

• Bug Fixes & Calculation Accuracy: Corrections and refinements to core algorithms for deflection calculations and combined stress interactions.

💻 System Requirements

• OS: Windows 10 or 11 (64-bit).

• CPU: 1 GHz processor or faster.

• RAM: 4 GB minimum (8 GB recommended).

• Storage: 500 MB free disk space.

• Graphics: Graphics card supporting 1024×768 resolution.