The Steel-Wood-Steel Dowel Connection Calculators are designed for scenarios requiring external steel plates with internal timber. They support Steel-Wood-Steel (SWS) member configurations using dowel or bolt connections, combining the strength of steel with the aesthetic and sustainability of timber. The features of these calculators are as follows:

• Side steel plate can be positioned parallel, perpendicular, or at an angle to the timber grain
• Supports both tensile and compressive forces
• Design according to AS 1720:2010 , NZS AS 1720:2023 , and EN 1995:2004
• 2D and 3D dynamic images with detailed member dimensions, grades, thicknesses, and bolt grades
• Options for various steel grades and timber materials, including GLT, LVL, and Sawn Timber
• Supplier data for timber materials
• Ensures structural integrity by combining the benefits of steel and timber

The wood steel wood calculators are tailored for engineers designing with timber & steel plate connections. The features of these calculators are as follows:

• Middle steel plate can be positioned parallel, perpendicular, or at an angle to the timber grain
• Design according to AS 1720:2010 , NZS AS 1720:2023 , and EN 1995:2004
• Supports both tensile and compressive forces
• Incorporates various suppliers with manual input for supplier grades and dimensions
• Double shear case design for WSW connections
• Options for different steel grades and timber materials, including GLT, LVL, and Sawn Timber
• User input for the angle between the steel member and steel plate
• Follows European Yield Model for New Zealand and Eurocode standards
• Dynamic adjustment of yield failure modes based on bolt thickness and diameter

The Steel-Wood Dowel Connection Calculators are crafted for engineers needing to integrate timber with steel plates. They support Steel-Wood (SW) member configurations using dowel or bolt connections, providing a comprehensive analysis using the European Yield Model. The features of these calculators are as follows:

• Steel plates can be positioned parallel, perpendicular, or at an angle to the timber grain
• Accommodates both tensile and compressive forces
• Design according to AS 1720:2010 , NZS AS 1720:2023 , and EN 1995:2004
• Options for different steel grades and timber materials, including GLT, LVL, and Sawn Timber
• Supplier grade and dimension inputs
• User-defined angles between the steel plate and timber member
• Single shear case design for SW configurations
• Output summary with all calculations and checks
• Dimension checks based on standard criteria
• Strength calculations for design yield moment, rope effect, yield strength, and various brittle failures

The Plywood-Wood Dowel Connection Calculators are designed for engineers needing to integrate plywood with timber. They support Plywood-Wood (PW) member configurations using dowel or bolt connections, providing a detailed analysis using the European Yield Model. The features of these calculators are as follows:

• Plywood can be positioned parallel, perpendicular, or at an angle to the timber grain
• Accommodates both tensile and compressive forces
• Design according to AS 1720:2010 , NZS AS 1720:2023 , and EN 1995:2004
• Options for different suppliers (Timberlink, ASH, CUSP, and Hyne) with manual input for grades and dimensions
• Single shear case design for PW configurations
• User-defined angles between the plywood and timber member
• Dynamic 2D images for visualizing various bolt configurations (uneven, even bolt distribution, and circular bolt distribution)
• Follows European Yield Model for New Zealand and Eurocode standards

The Wood-Wood Dowel Connection Calculators are designed for scenarios requiring connections between wood members. They support wood-wood configurations using dowel or bolt connections, providing a comprehensive analysis to ensure safety and compliance with engineering standards. The features of these calculators are as follows:

• Enables selection design according to AS 1720:2010 , NZS AS 1720:2023 , and EN 1995:2004
• Dynamic images based on user input, detailing timber member dimensions, supplier grades, bolt diameters, and fastener grades
• Configuration parameters validated against design criteria through dimension checks
• Output summary includes checks for member configuration dimensions, yield failure verification, and various brittle failure modes such as row shear, block shear, group tear-out, and net tension
• Strength calculations cover design yield moment, rope effect, various yield failure modes, and brittle failure modes
• Supports configurations parallel, perpendicular, or at an angle to the grain
• European yield failure modes dynamically adjust with changes in bolt thickness and diameter

The Wood-Wood-Wood Dowel Connection Calculators are designed for engineers handling wood-to-wood connections, specifically for Wood-Wood-Wood at Angle (Double Shear Case) and Wood-Wood at Angle (Single Shear Case) configurations. The features of these calculators are as follows:

• Options for parallel-to-grain embedment for members, positioned as middle or side members with variable angles
• Configuration parameters validated against design criteria through dimension checks
• Design according to AS 1720:2010 , NZS AS 1720:2023 , and EN 1995:2004
• Dynamic images based on default or user inputs, detailing timber member dimensions, supplier grades, bolt diameters, and fastener grades
• Accommodates different suppliers with manual input for supplier grades and dimensions
• Output summary includes checks for member configuration dimensions, yield failure verification, and analysis of various brittle failure modes
• Strength calculations cover design yield moment, rope effects, different yielding failure modes, and brittle failure modes
• European yield failure modes dynamically adjust with changes in bolt thickness and diameter

The laterally loaded steel to timber side grain module is a crucial tool for engineers working on connections with screws subjected to lateral loads. The features of this calculators are as follows:

• ability to design laterally loaded screws using three different design codes: EN 1995:2004, AS 1720:2010, prEN 1995:2023.
• Ability to input screws from different leading suppliers such as Rothoblass, Eurotec, Sihga, Spax and Simpson’s Strong Tie.
• Manual input of screw parameters such as screw dimensions, and screw material properties is also possible.
• Calculations can be The features of this calculators are as follows:done according to the selected supplier’s ETA document or according to the selected design code.
• Provides dynamic diagrams that update according to input data, offering clear visualization of load paths and the axial performance of screws
• Generates comprehensive summaries, including geometry checks and shear capacity utilization, block shear and plug shear checks for multiple fasteners providing the data necessary for informed and reliable design decisions.
• Can do calculations for steel to timber connections with screws fixed on the end grain direction of the timber.

The laterally loaded steel to timber end grain module is a crucial tool for engineers working on connections with screws subjected to lateral loads. The features of this calculators are as follows:

• ability to design laterally loaded screws using three different design codes: EN 1995:2004, AS 1720:2010, prEN 1995:2023.
• Ability to input screws from different leading suppliers such as Rothoblass, Eurotec, Sihga, Spax and Simpson’s Strong Tie.
• Manual input of screw parameters such as screw dimensions, and screw material properties is also possible.
• Calculations can be done according to the selected supplier’s ETA document or according to the selected design code.
• Provides dynamic diagrams that update according to input data, offering clear visualization of load paths and the axial performance of screws
• Generates comprehensive summaries, including geometry checks and shear capacity utilization, block shear and plug shear checks for multiple fasteners providing the data necessary for informed and reliable design decisions.
• Can do calculations for timber connections with screws fixed on the end grain direction.

The laterally loaded timber to timber side grain module is a crucial tool for engineers working on connections with screws subjected to lateral loads.The features of this calculators are as follows:

• ability to design laterally loaded screws using three different design codes: EN 1995:2004, AS 1720:2010, prEN 1995:2023.
• Ability to input screws from different leading suppliers such as Rothoblass, Eurotec, Sihga, Spax and Simpson’s Strong Tie.
• Manual input of screw parameters such as screw dimensions, and screw material properties is also possible.
• Calculations can be done according to the selected supplier’s ETA document or according to the selected design code.
• Provides dynamic diagrams that update according to input data, offering clear visualization of load paths and the axial performance of screws
• Generates comprehensive summaries, including geometry checks and shear capacity utilization, splitting checks for loads at an angle to the grain providing the data necessary for informed and reliable design decisions.
• Can do calculations for timber connections with screws fixed on the side grain direction.

The laterally loaded timber to timber end grain module is a crucial tool for engineers working on connections with screws subjected to lateral loads. Features of this calculator include:

• ability to design laterally loaded screws using three different design codes: EN 1995:2004, AS 1720:2010, prEN 1995:2023.
• Ability to input screws from different leading suppliers such as Rothoblass, Eurotec, Sihga, Spax and Simpson’s Strong Tie.
• Manual input of screw parameters such as screw dimensions, and screw material properties is also possible.
• Calculations can be done according to the selected supplier’s ETA document or according to the selected design code.
• Provides dynamic diagrams that update according to input data, offering clear visualization of load paths and the axial performance of screws
• Generates comprehensive summaries, including geometry checks and shear capacity utilization, providing the data necessary for informed and reliable design decisions.
• Can do calculations for timber connections with screws fixed on the end grain direction.

The Axially Loaded Screws Side Grain Module is a crucial tool for engineers working on connections involving screws subjected to axial loads, as well as inclined screws under axial or lateral loads.

Features of this calculator include:

• Design axially loaded screws using EN 1995:2004, AS 1720:2010, and prEN 1995:2023.
• Input screws from leading suppliers such as Rothoblass, Eurotec, Sihga, Spax, and Simpson Strong-Tie.
• Manual input for screw parameters, including dimensions and material properties.
• Perform calculations based on the selected supplier’s ETA document or chosen design code.
• Suitable for both inclined screws and screws fixed perpendicular to the grain direction.
• Generate dynamic diagrams that update according to input data, visualizing load paths and screw performance.
• Provide comprehensive summaries, including geometry checks and axial capacity utilization, for informed and reliable design decisions.
• Perform calculations for timber connections with screws fixed in the side grain direction

The Axially Loaded Screws End Grain Module is a crucial tool for engineers designing connections involving screws subjected to axial loads, as well as inclined screws under axial or lateral forces.

Features of this calculator include:

• Ability to design axially loaded screws using three different design codes: EN 1995:2004, AS 1720:2010, prEN 1995:2023.
• Ability to input screws from leading suppliers such as Rothoblass, Eurotec, Sihga, Spax, and Simpson Strong-Tie.
• Manual input of screw parameters, including screw dimensions and material properties, is also possible.
• Calculations can be performed according to the selected supplier’s ETA document or the chosen design code.
• Can be used to design both inclined screws and screws fixed perpendicular to the grain direction.
• Provides dynamic diagrams that update according to input data, offering clear visualization of load paths and the axial performance of screws.
• Generates comprehensive summaries, including geometry checks and axial capacity utilization, providing the data necessary for informed and reliable design decisions.
• Capable of performing calculations for timber connections with screws fixed in the end grain direction.

The Half-Lap Joint calculator is a crucial tool for engineers working on floor to floor or wall to wall in plane connections. The features of this calculator are as follows:

• ability to design in plane panel to panel connections using three different design codes: EN 1995:2004, AS 1720:2010, prEN 1995:2023.
• Calculations can be done according to the selected supplier’s ETA document or according to the selected design code.
• Ability to choose from different CLT floor suppliers
• Ability to input screws from different leading suppliers such as Rothoblass, Eurotec, Sihga, Spax and Simpson’s Strong Tie.
• Manual input of screw parameters such as screw dimensions, and screw material properties is also possible.
• Provides dynamic diagrams that update according to input data, offering clear visualization of load paths and the performance of screws
• Gives an option to design using Vertical screws, inclined screws or crossed screw pairs.
• Provides a clear and detailed check for the screw spacing, edge and end distances according to the selected analytical method
• Gives an option for a continuous flooring for longer span floors and discrete option for shorter span floors
• Generates comprehensive summaries, including geometry checks and lateral capacity utilization, providing the data necessary for informed and reliable design decisions.

The Spline joint calculator is a crucial tool for engineers working on floor to floor or wall to wall in plane connections. The key features of this calculator include:

• ability to design in plane panel to panel connections using three different design codes: EN 1995:2004, AS 1720:2010, prEN 1995:2023.
• Calculations can be done according to the selected supplier’s ETA document or according to the selected design code.
• Ability to choose from different CLT floor suppliers
• Can be used to design an in-plane panel connection by using a spline connector made of plywood or LVL and a screw fastener subjected to lateral loading.
• Ability to input screws from different leading suppliers such as Rothoblass, Eurotec, Sihga, Spax and Simpson’s Strong Tie.
• Manual input of screw parameters such as screw dimensions, and screw material properties is also possible.
• Provides dynamic diagrams that update according to input data, offering clear visualization of load paths and the performance of screws
• Provides a clear and detailed check for the screw spacing, edge and end distances according to the selected analytical method
• Gives an option for a continuous flooring for longer span floors and discrete option for shorter span floors
• Generates comprehensive summaries, including geometry checks and lateral capacity utilization, providing the data necessary for informed and reliable design decisions.

The Butt joint calculator is a crucial tool for engineers working on floor to floor or wall to wall in plane connections. The key features of this calculator include:

• ability to design in plane panel to panel connections using the two different versions of Eurocode, EN 1995:2004 and prEN 1995:2023.
• Calculations can be done according to the selected supplier’s ETA document or according to the selected design code.
• Ability to choose from different CLT floor suppliers
• Ability to input screws from different leading suppliers such as Rothoblass, Eurotec, Sihga, Spax and Simpson’s Strong Tie.
• Manual input of screw parameters such as screw dimensions, and screw material properties is also possible.
• Provides dynamic diagrams that update according to input data, offering clear visualization of load paths and the performance of screws
• Provides a clear and detailed check for the screw spacing, edge and end distances according to the selected analytical method
• Gives an option for a continuous flooring for longer span floors and discrete option for shorter span floors

Generates comprehensive summaries, including geometry checks and lateral capacity utilization, providing the data necessary for informed and reliable design decisions.

The CLT Compression Perpendicular to Grain Calculator is designed for engineers working on the analysis and design of CLT (Cross-Laminated Timber) members under compression loads perpendicular to the grain. This tool ensures accurate assessments and optimized designs in compliance with relevant standards and guidelines. The features of these calculators are as follows:

• Analyzes CLT members under compression loads perpendicular to the grain.
• Accommodates various input parameters like member dimensions, load characteristics, and material properties.
• Adheres to the design according to AS 1720:2010 and EN 1995:2023
• Provides dynamic images and diagrams based on user inputs.
• Generates a detailed output summary, including stress checks and capacity calculations.
• Offers flexibility in choosing material suppliers and allows manual input of supplier-specific grades and dimensions.

The GLT Compression Perpendicular to Grain Calculator is intended for engineers analyzing and designing GLT (Glue-Laminated Timber) members subjected to compression loads perpendicular to the grain. This tool provides precise evaluations and optimized designs, adhering to relevant standards and guidelines. Its features are as follows:

• Analyzes GLT members under compression loads perpendicular to the grain.
• Accommodates various input parameters like member dimensions, load characteristics, and material properties.
• Adheres to the design according to AS 1720:2010 and EN 1995:2023
• Provides dynamic images and diagrams based on user inputs.
• Generates a detailed output summary, including stress checks and capacity calculations.
• Offers flexibility in choosing material suppliers and allows manual input of supplier-specific grades and dimensions.

The Beam Notch Calculator is a specialized tool designed for engineers working on the structural analysis and design of timber beams with notches. The features of this calculator are as follows:

• Focuses specifically on the structural impact of notches in beams, taking into account the reduced cross-sectional area and stress concentrations that may arise.
• Accommodates a variety of input parameters, including beam dimensions, notch dimensions, material properties, and applied loads.
• Offers reinforcement option according to partner ETAs and new draft code, prEN 1995:2023
• Adheres to the design according to AS 1720:2010, EN 1995:2004 and prEN 1995:2023
• Provides diagrams and visual representations that adjust based on user inputs
• Offers the option to select from standard material grades or manually input supplier-specific material properties, enhancing the tool’s applicability to various projects and materials.
• Generates a thorough summary of the analysis, including stress distribution, Shear checks with and without reinforcement, bending stress check for tapered sections, geometry checks, reinforcement design, and utilization, enabling engineers to make informed design decisions.

The Slab Notch Calculator is a specialized tool for engineers designing and analyzing timber slabs under different loading conditions. It focuses on the structural impact of notches, ensuring that designs meet safety and performance standards. Key features of this calculator include:

• Assesses the structural implications of notches in CLT slabs, considering reduced cross-sectional area and potential stress concentrations.
• Allows engineers to input slab dimensions, notch dimensions, material properties, and applied loads for tailored analysis.
• Adheres to the design according to AS 1720:2010 and EN 1995:2023
• Provides dynamic diagrams and visual outputs based on user inputs to illustrate notching effects.
• Generates a comprehensive summary, including stress distribution, capacity checks, and safety factors.
• Offers options to choose from standard material grades or input specific material properties for wide applicability.

The Slab to Beam Joint calculator is a crucial tool for engineers working on floor to Beam connections. The features of this calculator are as follows:

• ability to design in plane panel to panel connections using three different design codes: EN 1995:2004, AS 1720:2010, prEN 1995:2023.
• Ability to choose from different CLT suppliers for the floor and from GLT suppliers for the beam.
• Calculations can be done according to the selected supplier’s ETA document or according to the selected design code.
• Ability to input screws from different leading suppliers such as Rothoblass, Eurotec, Sihga, Spax and Simpson’s Strong Tie.
• Manual input of screw parameters such as screw dimensions, and screw material properties is also possible.
• Provides dynamic diagrams that update according to input data, offering clear visualization of load paths and the performance of screws
• Gives an option to design using Vertical screws, inclined screws or crossed screw pairs.
• Provides a clear and detailed check for the screw spacing, edge and end distances according to the selected analytical method
• Gives an option for a continuous flooring for longer span floors and discrete option for shorter span floors
• Generates comprehensive summaries, including geometry checks and lateral capacity utilization, providing the data necessary for informed and reliable design decisions.