The CLT Floor Ambient Calculator enables the fast & efficient design of CLT floors under ambient conditions. Features of this calculator include:
The CLT Floor Ambient Calculator enables the fast & efficient design of CLT floors under ambient conditions. Features of this calculator include:
Designing CLT floors exposed to concentrated loads can be designed quickly and effectively with the help of the CLT Floor Ambient Point Load Calculator. This calculator has the following features:
The CLT Wall Ambient Calculator enables the fast & efficient design of CLT walls under ambient conditions. Features of this calculator include:
The CLT Wall Fire Calculator enables a quick and effective post fire CLT wall design. Features of this calculator include:
The CLT Beam calculator can be used for quick and effective design of a beam made of CLT material. Features of this calculator include:
CLT Toolbox has introduced a powerful software solution designed specifically for the efficient design of CLT shear walls. Features of this software include:
The GLT Beam Calculator simplifies the design of a structural beam made from GLT material . This calculator’s features include:
A GLT column can be designed efficiently with the assist of the GLT Column Calculator. The features of this calculator include:
GLT Beam Penetration Calculator makes designing a structural beam made from GLT material with penetration easier. The features of this calculator are as follows:
The CLT Floor Ambient Calculator enables the fast & efficient design of CLT floors under ambient conditions. Features of this calculator include:
The CLT Floor Ambient Calculator enables the fast & efficient design of CLT floors under ambient conditions. Features of this calculator include:
Designing CLT floors exposed to concentrated loads can be designed quickly and effectively with the help of the CLT Floor Ambient Point Load Calculator. This calculator has the following features:
The CLT Wall Ambient Calculator enables the fast & efficient design of CLT walls under ambient conditions. Features of this calculator include:
The CLT Wall Fire Calculator enables a quick and effective post fire CLT wall design. Features of this calculator include:
The CLT Beam calculator can be used for quick and effective design of a beam made of CLT material. Features of this calculator include:
CLT Toolbox has introduced a powerful software solution designed specifically for the efficient design of CLT shear walls. Features of this software include:
The GLT Beam Calculator simplifies the design of a structural beam made from GLT material . This calculator’s features include:
A GLT column can be designed efficiently with the assist of the GLT Column Calculator. The features of this calculator include:
GLT Beam Penetration Calculator makes designing a structural beam made from GLT material with penetration easier. The features of this calculator are as follows:
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:
The wood steel wood calculators are tailored for engineers designing with timber & steel plate connections. The features of these calculators are as follows:
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:
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:
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:
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:
This calculator ensures precise evaluations and optimal designs, adhering to the relevant standards and guidelines for such connections. The features of this calculators are as follows:
The calculator ensures accurate evaluations and optimal designs, fully compliant with relevant standards and guidelines. Key features of this calculator include:
The Axially Loaded Screw Calculator is a crucial tool for engineers working on timber connections under axial loads. It provides accurate analysis and optimal design of screw connections. Key features include:
This Half Lap Joint Floor Connection Calculator is designed to provide precise and reliable analysis for timber floor connections, specifically focusing on the half-lap joint configuration, which is widely used in timber construction. The features of this calculator are as follows:
This Floor Spline Joint Calculator is precisely crafted to provide accurate and reliable analysis for timber floor connections, with a special focus on the spline joint configuration, commonly utilized in modern timber construction. The features of this calculator include.
This Butt Joint Calculator is designed to provide precise and reliable analysis for timber connections, specifically focusing on butt joint configurations, which are commonly used in various forms of timber construction. The key features of this calculator include:
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:
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:
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:
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:
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:
The wood steel wood calculators are tailored for engineers designing with timber & steel plate connections. The features of these calculators are as follows:
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:
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:
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:
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:
This calculator ensures precise evaluations and optimal designs, adhering to the relevant standards and guidelines for such connections. The features of this calculators are as follows:
The calculator ensures accurate evaluations and optimal designs, fully compliant with relevant standards and guidelines. Key features of this calculator include:
The Axially Loaded Screw Calculator is a crucial tool for engineers working on timber connections under axial loads. It provides accurate analysis and optimal design of screw connections. Key features include:
This Half Lap Joint Floor Connection Calculator is designed to provide precise and reliable analysis for timber floor connections, specifically focusing on the half-lap joint configuration, which is widely used in timber construction. The features of this calculator are as follows:
This Floor Spline Joint Calculator is precisely crafted to provide accurate and reliable analysis for timber floor connections, with a special focus on the spline joint configuration, commonly utilized in modern timber construction. The features of this calculator include.
This Butt Joint Calculator is designed to provide precise and reliable analysis for timber connections, specifically focusing on butt joint configurations, which are commonly used in various forms of timber construction. The key features of this calculator include:
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:
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:
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:
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:
Steel-to-timber dowel and bolt connections look simple on drawings, but these joints are where “clean” global actions become messy local demands, especially when the connection must carry moment, shear, and…
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MELBOURNE, Australia: SPEC Toolbox (formerly CLT Toolbox), the construction technology platform automating complex engineering for sustainable building materials, has successfully raised $3 million in a Pre-Series A funding round. The…
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Designing screwed timber connections is a critical aspect of modern timber construction, where screws are increasingly used for their efficiency, speed of installation, and structural performance. With the growing adoption…
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Alors que la construction en bois massif continue de gagner en importance dans le secteur du bâtiment, grâce à ses qualités en matière de durabilité et à ses capacités structurelles, la demande en assemblages plus élaborés et plus résistants a augmenté...
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Pourquoi ce blog sur les terrasses nervurées est important Les terrasses nervurées constituent une solution innovante dans la construction moderne en bois, offrant à la fois résistance, rigidité et efficacité des matériaux. Cependant, les ingénieurs sont souvent confrontés à des défis...
Lire la suiteChoose the best product that is in the clients' interests.
At CLT Toolbox, we simplify mass timber design by providing the missing education and resources that engineers need to confidently navigate the design process.
Our app includes lectures for each calculator, summarised resources for context on each input, and transparency, so you know what the mass timber software is doing. With our app, engineers can quickly and accurately design mass timber structures with confidence.
CLT Toolbox simplifies mass timber design software, making it accessible to any structural engineer. Our transparent calculation routines are not a black box, allowing you to follow the design methods.
We also provide up-to-date supply chain availability and supplier contacts, enabling streamlined supply procurement.
CLT Toolbox provides the necessary CLT design constraints with transparent design methods to automate mass timber design.
Engineers don’t work in isolation, they work as a team. The ability to share projects and assign computations with colleagues is crucial to enable collaboration on projects.
CLT Toolbox provides the ability to collaborate successfully with your colleagues.
CLT Toolbox is your one-stop-shop for staying up-to-date with the evolving field of mass timber design with CLT design software. We bring together the best practice resources from around the world, and our calculations are third-party reviewed by world-class timber specialists to ensure their accuracy.
Ayant débuté dans le domaine de l'ingénierie du bois il y a plus de 20 ans et réalisé des structures en Europe, en Asie et enfin en Australie, le processus d'évaluation et d'approbation des conceptions par les autorités locales a été un véritable défi. Les délais ont été dépassés au cours du processus. CLT Toolbox a rationalisé la conception et la documentation, facilitant ainsi la consultation de la clause appropriée dans la norme requise. Il nous aide également énormément lorsque nous comparons les matériaux de différents fournisseurs et évaluons des solutions similaires. CLT Toolbox est facile à utiliser, permet une saisie ajustable pour n'importe quel fournisseur et fournit des explications claires aux certificateurs/autorités.
La boîte à outils CLT a contribué à simplifier l'organisation et la transparence des calculs techniques en offrant un « guichet unique » pour toutes les conceptions pertinentes. J'apprécie les explications jointes à certains calculs, qui constituent un atout considérable pour les jeunes ingénieurs en formation. Cela permet également aux ingénieurs chevronnés de gagner du temps, car ils n'ont plus à répéter les mêmes concepts. Je pense que c'est un outil important pour lever les obstacles à la conception en bois massif, qui a toujours fait l'objet d'approches variées au sein du secteur.
« CLT Toolbox est un logiciel indispensable pour toute organisation travaillant avec le bois massif. Il offre des flux de travail efficaces pour les domaines de conception qui doivent synthétiser les codes locaux et étrangers, facilite grandement la gestion de l'assurance qualité et constitue également un outil pédagogique solide pour la formation des nouveaux membres de l'équipe. L'équipe de CLT Toolbox a mis au point une application dont le marché avait vraiment besoin. »
Collaboration between us to codiscover what design software the engineer needs, whilst the software continues to develop.
Meeting 1:
Introduction
Meeting 2:
Feedback On What Software Needs To Be
Meeting 3:
Technical Scoping & If We Want To Go Forward
Your team & engineers behind the CLT Toolbox paywall can leverage the calculators to design in your products.
Integration Fee (Cash or In-kind)
License Fee
Collaboration between us to codiscover what design software the engineer needs, whilst the software continues to develop.
CLT Toolbox a software partner enabling frictionless distribution of your products to your customers.
Integration Fee (Cash or In-kind)
Distribution Fee
For structural engineers looking to design with mass timber. The free version gives access to:
Pour les ingénieurs en structure qui souhaitent concevoir des structures en bois massif. La version pro donne accès à :
Pour les entreprises qui recherchent plusieurs contrats de licence pour l'ensemble de leur société.
For structural engineers looking to design with mass timber. The extended free version made available by:
Pour les ingénieurs en structure qui souhaitent concevoir des structures en bois massif. La version pro donne accès à :
20 % de réduction sponsorisé par :
Il suffit de nous envoyer votre numéro de membre TDS (ENZ) par e-mail et nous vous accorderons la réduction.
Pour les entreprises qui recherchent plusieurs contrats de licence pour l'ensemble de leur société.
We’re busy building the features that engineers have been requested on the beta program so far. These include National Annexes, improved loading code modules and connection design.
We are excited to begin our USA & Canadian beta program in approximately September-October this year.
We’re currently deep into building the software to the ICC international Building Code (ICC).
We’re busy incorporating to specifications as outlined in the PRG 320.
We’re looking to partner with engineers & suppliers who are excited by collaborating in building the infrastructure for USA & Canada that can help make mass timber a mainstream material. Contact us if you would like to participate.
We are excited to begin our USA & Canadian beta program in approximately September-October this year.
We’re currently deep into building the software to the ICC international Building Code (ICC).
We’re busy incorporating to specifications as outlined in the PRG 320.
We’re looking to partner with engineers & suppliers who are excited by collaborating in building the infrastructure for USA & Canada that can help make mass timber a mainstream material. Contact us if you would like to participate.
