TaniqWind Pro Tutorials

In this tutorial, we demonstrate how to use the Netting Theory evaluation to assess stresses and strains in the cylindrical region of your filament-wound design. Using a 60+ layer pressure vessel with helical and hoop windings, we show:

• How to evaluate stress and strain in the cylindrical part of the design.

• How to estimate the burst pressure.

This feature provides fast analytical insights, helping you identify weak spots before moving into full FEA analysis.

Interested in exporting to Abaqus or HyperWorks? Check out our other tutorials:

• How to export composite designs to Abaqus models:  https://www.youtube.com/watch?v=bQWctkTcB24

• How to export composite designs to HyperWorks Shell & 3D Models:  https://www.youtube.com/watch?v=nTckuqjUpgM

Watch more TaniqWind Pro tutorials here: https://www.youtube.com/playlist?list=PLXpx0cHFLYjq-A7t4yPzxxuWRy9HcQI99

How to generate local reinforcement paths and doily patterns in TaniqWind Pro In our latest tutorial, we walk you through the process of creating local reinforcement layers with doily patterns in the advanced interface of our TaniqWind Pro software. These localized winding paths can be used to strengthen critical areas of your composite parts, such as domes, openings or zones with high stress concentrations, without adding unnecessary material elsewhere. This feature in TaniqWind Pro can be used for the Hybrid manufacturing approach, combining filament winding with automated fiber placement (AFP) to deliver efficient, optimized, high-performing composite parts. Stay tuned for more tutorials to learn how to make the most out of our powerful filament winding software. Learn more about TaniqWind Pro: https://composites.taniq.com/filament-winding-software

Since developing one of the world’s first robotic filament winding systems in 2007, TANIQ has been the global supplier of robotic winding equipment. With such experience, TANIQ leverages their deep understanding of composite design complexities and winding challenges to develop software. From 2008 TANIQ has developed their own filament winding software to perform their R&D projects and provide custom software solutions to clients working in demanding industries worldwide. By 2022, TANIQ released their latest software TaniqWind Pro, a successor to the TaniqWind Design software that features a great deal of improvements and added features, notably a robotic post-processor. TANIQ's extensive expertise in filament winding and in-house experience developing composite parts using TaniqWind software and advanced robotic winding technology have culminated in a powerful software solution featuring an intuitive and efficient workflow.

Our highlighted technology:

• Composite product development: TANIQ supports clients with the design, analysis and development of composite parts, offering expertise in composite pressure vessels, rotors, and thermoplastic components. With in-house robotic winding systems for prototyping and powerful TaniqWind Pro software, TANIQ provides innovative, high-performance solutions from concept to production.

• Powerful filament winding software TaniqWind Pro: TaniqWind Pro offers powerful features such as a layer design panel for path optimization, and a build-up profile panel to predict accurate and realistic build-up profiles, and is proud to be the industry’s only software with a dedicated robotic post-processor. Designed by engineers for engineers, the software reflects years of hands-on experience, allowing users to achieve first-time-right designs.

• TANIQ’s robotic winding systems Scorpo Robotics: Developing robotic winding systems since 2007, TANIQ’s Scorpo robotic systems have become a trusted name in the industry. The company has supplied robotic winding systems for products of various sizes and types, including pressure vessels, tanks, rotors, and pipes, tailored to meet clients’ specific manufacturing needs. Learn more about our composite technology

TaniqWind Pro is a powerful winding software for designing and manufacturing composite parts such as pipes and pressure vessels. TaniqWind Pro is developed for engineers in the composites industry to enhance their engineering capabilities with powerful functionalities, an optimized workflow, and top-notch support. The software is built by a team of winding experts, who have been using and optimizing the software for more than 14 years, and still use the software daily, ensuring a user-centered development approach. Learn more about our CAD/CAM filament winding software TaniqWind Pro here.

The integrated FEA Toolbox simplifies the creation and preview of Shell and 3D models, allowing seamless export to HyperWorks for analysis. In the FEA Toolbox, you can define your FE model parameters (e.g. mesh size, element type, symmetry options, etc) and preview the model within the software. Next, you can easily export your FE model to HyperWorks where you can further define and analyze your model. Highlighted features from the FEA Toolbox:

• Customizable mesh parameters: Set your preferred mesh size and symmetry options for obtaining a perfect balance of runtime and solution accuracy.

• Tow-tracking algorithm: TaniqWind Pro's tow-tracking algorithm for the shell export precisely replicates the winding path, allowing analysis of the designed part as it would be produced.

• Ply-based definitions: Import composite shell models with precise ply orientation and material settings using HyperWorks "Wound" laminate type for the best replication of filament wound patterns.

• Multiple model types: Choose between tow tracking shell models, or a full 3D solid export for greater flexibility in capturing detailed internal stress distributions and out-of-plane responses.

Take your composites design process to the next level with TaniqWind Pro's seamless integration with Hyperworks and create high-quality models fast and efficiently. Watch our new tutorial on how to take the most advantage of this feature.

In TaniqWind Pro, you can easily export your designs to Abaqus, which supports 3D shell and 2D axisymmetric models for detailed simulation and analysis. Whether you're designing composite pressure vessels or other high-performance structures, the ability to export to Abaqus allows you to:

• Choose between tow tracking or axisymmetric layup: Tow tracking precisely tracks the tape along the mandrel for 1:1 design-to-analysis correlation. Axisymmetric allows quick computation and export.

• Have extended Symmetry options with possible symmetry about all 3 planes.

• Ensure high quality elements with advanced mesher regardless of the defined element size.

• Simplify model definition and post processing with auto-generated sets and sections.

• Export with both linear and quadratic elements with and without reduced integration.

• Access to intuitive visualization to see within the software the winding angle per element, and also the thickness.

With such integration between TaniqWind Pro and Abaqus, users can confidently simulate real-world performance, optimize designs and reduce costly prototyping. The video provides an extended glimpse of what you can achieve with the Abaqus Export feature in TaniqWind Pro.

Creating CNC winding programs made easy with TaniqWind Pro.

TaniqWind Pro has an optimized workflow for creating CNC winding programs, giving the user insight and control over all variables to optimize the machine paths, and create first-time-right production programs:

- Advanced path filtering options for faster and smoother paths

- Check for reachability and collisions

- Check for local ‘bridging’

- Define optimal yaw and twist settings to improve winding speed and eliminate tape twist or fiber bundle convergence

- Plus many more powerful features. With this week's tutorial, we aim to cover every step of the CNC production setup to help our users take the most advantage of the software's CNC production capabilities.

Creating your post-processor becomes easy with TaniqWind Pro.

To make production programs you need a post-processor for your specific filament winding machine. Within TaniqWind you can now easily generate and customize a post-processor yourself. The ability to create and modify post-processors within the filament winding software is game-changing. It allows you to tailor your machine's operations to match your unique production requirements. Within the post-processor panel in TaniqWind Pro you can write a post-processor from scratch, use one of the available templates of a comparable machine or convert one of your production files into a post-processor file. Our latest tutorial of TaniqWind Pro guides you through the process of building a post-processor for your machine using an existing production file for your machine:

- Convert an existing production file into a post-processor file.

- Seamlessly integrate TaniqWind Pro meta-commands for automated setup.

- Optimize workflows by modularizing large files for easier management and error handling.

With TaniqWind Pro v1.06 onwards we can now edit layers in bulk by using layer groups!

TaniqWind Pro is the most intuitive filament winding software with the best user experience. We are constantly working on improving the functionalities and the workflow of the software based on our users' preferences.

With our newest software update, we have included the option to create layer groups for bulk editing. Layer groups can be easily created for layers with similar characteristics to bulk edit their assigned material, machine paths, trajectories and more. This feature was requested by users of our software and improves the TaniqWind Pro workflow.

The video provides an extended glimpse of what you can achieve with the Layer Grouping feature in TaniqWind Pro.

TaniqWind Pro has dedicated robotic and CNC production capabilities.

Two weeks ago, we released a tutorial on how you can define your robotic winding or placement systems in TaniqWind Pro. However, apart from the software's capability of Robotic production, it also supports CNC production. This week, we demonstrate the ease of defining your CNC winding systems in TaniqWind Pro. This video explains all steps of the process, with a particular example of setting up a 5-axis CNC winding system. The demonstration helps you take full advantage of this feature, and efficiently integrate your CNC winding system into TaniqWind Pro.

Stay updated with future videos from TANIQ where you explore more powerful features of TaniqWind Pro.

Creating robotic winding programs made easy with TaniqWind Pro.

TaniqWind Pro is the only winding software that has a dedicated robotic post-processor.

• Easily create robotic winding programs with dedicated panels guiding you through the process step-by-step.

• Check for robot reachability or collision issues and easily solve these with visual support in the simulation panel.

• Improve your winding speeds with smart filtering of robot trajectories

• Optimize your robot movements using all degrees of freedom (DOFs) of the robot and additional axis (e.g. track).

With TaniqWind Pro, users can generate multiple hoop passes in a single step. This helps engineers save a lot of time and improves efficiency, making their design process effortless. The video provides an extended glimpse of what you can achieve with the Multi Hoop Pass feature.

During the winding process, you want to vary process parameters, like fiber tension or laser intensity, throughout your layers.

Instead of post-processing your production file to add these values, you can set these variables within the software. In the production setting panel, you can define layer groups and set a variable value per group. Or divide a profile into multiple sections (e.g. domes and cylinder) and set a variable value per section. This feature:

• Provides advanced control over your process parameters within each layer and section of your product.

• Saves you time (no post-processing required)

Having realistic build-up profiles is critical when designing multiple composite layers building on top of each other. If your profile in the design software is not accurate, your FE model is not representative of the actual product, and your winding paths/angles will deviate from the paths/angles designed in the software.

TaniqWind Pro has sophisticated mathematical models resulting in a realistic build-up prediction panel for filaments and tapes. With the right settings for your material, you will get a reliable prediction of your buildup profile. Furthermore, there are various options in the panel to modify the buildup profile; for example for smoothing the profile to get smoother machine movements. Using the build-up panel you create reliable profiles automatically, and can easily modify profiles with the various options in the toolbox.