The CLT Floor Calculator streamlines complex calculations for your design process, empowering you with a simplified, efficient approach to precision. Our intuitive tool offers a range of features to ensure your project meets the highest standards:

CLT Panel Selection: Quickly choose the ideal panel—either from our trusted supplier database or via manual input.

Load Definition & Fine-Tuning: Easily define load parameters and adjust design specifics to suit your project requirements.

Step-by-Step Analysis: Benefit from a guided process that covers stiffness calculations and integrates edge-glue lamellas for enhanced design.

Vibration & Structural Optimization: Evaluate how various vibration methods impact your structure and optimize using in-plane stiffness from concrete screeds and flexible supports.

Real-Time Tracking: Monitor formulas and results throughout the process to maintain complete design transparency.

The GLT Beam Penetration Calculator simplifies the design process for structural beams with penetrations.

The features of this calculator are as follows:

Design Standards: Adheres to Eurocode (prEN 1995:2023) or AS 1720:2010/NZ WDG Ch12.6.

Material Input Options: Choose between manual input or a preferred partner supplier.

Penetration Shapes: Covers rectangular and circular-shaped penetrations up to five penetrations.

Beam Type: Focuses exclusively on simply supported beams.

Load Combinations: Offers input design forces.

Strength Verification: Includes built-in checks for geometric limitations, tension capacity, flexural capacity, and shear capacity.

Reinforcement Check: Provides screw reinforcement geometry and design checks.

Timber column calculator streamlines design of mass timber columns with a range of useful features:

• Column design data
• Rendered image showing column section
• Input axial load above with eccentricities
• Connecting beams with data
• Check the elevations of design section
• Review transparent design calculations
• Review outputs and use solver for most efficient solution
• Professional-quality PDF report for printing

Axially Loaded Screws End Grain Module is designed for engineers tackling connections with screws subjected to axial loads and inclined screws subjected to axial or lateral loads.

• Key Features:
  Design screws using EN 1995:2004, AS 1720:2010, and the latest prEN 1995:2023.
• Input screws from leading suppliers such as Rothoblass, Eurotec, Sihga, Spax, and Simpson Strong-Tie, or manually input custom screw parameters.
• Perform calculations based on supplier ETA documents or the selected design code.
• Supports design for inclined screws and screws fixed perpendicular to the grain direction.
• Dynamic Diagrams: Visualize load paths and the axial performance of screws with real-time updates based on input data.
• Generate detailed summaries, including geometry checks and axial capacity utilization, for informed design decisions.
• Specifically tailored for end grain direction timber connections.

Axially Loaded Screws Side Grain Module, designed for engineers working on connections with screws subjected to axial loads and inclined screws subjected to axial or lateral loads.

Key Features:

• Design screws using EN 1995:2004, AS 1720:2010, and the latest prEN 1995:2023.
• Input screws from leading suppliers like Rothoblass, Eurotec, Sihga, Spax, and Simpson Strong-Tie, or manually input custom screw parameters.
• Perform calculations based on the supplier’s ETA document or the selected design code.
• Supports design for inclined screws and screws fixed perpendicular to the grain direction.
• Dynamic Diagrams: Visualize load paths and axial performance of screws with real-time updates.
• Generate detailed summaries, including geometry checks and axial capacity utilization, for accurate, reliable design decisions.
• Designed specifically for timber connections with screws fixed in the side grain direction.