Open-source textile geometry modeling and simulation for advanced composite engineering
TexGen is an open-source software tool developed by the University of Nottingham for modeling, simulating, and analyzing complex textile structures including woven, knitted, and braided fabrics. The software enables researchers, engineers, and manufacturers in composites, aerospace, automotive, and textile industries to create precise geometric models of fiber architectures and predict mechanical properties. TexGen supports virtual prototyping, reducing physical testing costs and accelerating product development cycles. The platform offers advanced visualization, finite element analysis integration, and parametric design capabilities. Through AiDOOS marketplace deployment, organizations gain access to enterprise-grade governance, managed infrastructure, professional support services, and seamless integration with CAD/FEA workflows. AiDOOS enables scalable licensing, version management, and collaborative project delivery across distributed teams, transforming TexGen from academic software into production-ready engineering solutions for industrial-scale composite manufacturing.
Aerospace manufacturers use TexGen to model carbon fiber reinforced panels and optimize fiber orientations for lightweight, high-strength structures. Virtual testing reduces certification timelines.
Automotive suppliers leverage TexGen to simulate glass-fiber composites for body panels, validating crashworthiness and stiffness requirements before tooling investment.
Universities and research institutions use TexGen to investigate novel fiber architectures, knit patterns, and hybrid textile systems for advanced composite applications.
Manufacturing plants employ TexGen to establish baseline geometric models for quality assurance, detecting deviations in fiber orientation and weave patterns.
Wind energy manufacturers use TexGen to design fiber-reinforced blade structures, optimizing material distribution for maximum strength-to-weight ratios.
TexGen pricing is customized based on your team size, integrations, and requirements. AiDOOS will get you a scoped proposal — for free.
Precise parametric modeling of woven, knitted, and braided structures
Create complex fiber architectures with sub-millimeter precisionFEA-integrated simulation for material behavior analysis
Predict tensile, compressive, and shear properties before manufacturingInteractive 3D rendering and fiber orientation analysis
Identify design defects and optimize fiber paths in real-timeAutomated fabric generation from design parameters
Generate design variations in minutes instead of hoursExport models to industry-standard simulation platforms
Seamless workflow from design through finite element analysisCustomize functionality with custom modules and algorithms
Adapt software to specific manufacturing and research requirementsAiDOOS-verified review data is collected after deployment. Deploy this product and be among the first to share your experience.
Direct export of textile geometry to Abaqus for comprehensive finite element analysis and material property validation
Integration with ANSYS for structural simulation, fatigue analysis, and advanced material property assessment
CAD integration enabling textile models to be incorporated into larger assembly designs and manufacturing planning
Mesh generation and pre-processing for TexGen models to prepare for advanced FEA workflows
Computational fluid dynamics integration for analyzing fiber wettability and resin flow in composite manufacturing
Scripting interface for automation, batch processing, and integration with custom engineering workflows
Advanced visualization and post-processing of textile simulation results and fiber orientation data
AiDOOS handles setup, CRM integration, SSO config, and user provisioning. Your team goes live — not your IT department.
Pre-vetted experts and AI agents in the loop, assembled as a delivery pod. Pay in Delivery Units — universal pricing across roles, seniority, and tech stacks. No hiring, no contracting, no procurement cycle.
Outcome-based delivery via AiDOOS’s VDC model. Why VDC vs traditional consulting? →
Pay for results, not hours
Clear deliverables at each phase
Access to certified specialists