Preprocessor
NOVA Preprocessor is designed to streamline and enhance your simulation workflow. Finite Elements models of full and/or reduced order models are supported managing also cyclically symmetrical models.
Made Accessible
Cutting-edge computational tool for nonlinear dynamic analysis of assemblies with frictional contact interfaces. Born from academic excellence at Politecnico di Torino.
Advanced algorithms deliver precise nonlinear dynamic analysis results with optimized computational efficiency for complex assemblies.
Specialized handling of multiple frictional contact interfaces with state-of-the-art contact detection and solution algorithms.
Developed by researchers at AerMec group in Politecnico di Torino, combining cutting-edge research with industrial applications.
NOVA Preprocessor is designed to streamline and enhance your simulation workflow. Finite Elements models of full and/or reduced order models are supported managing also cyclically symmetrical models.
NOVA support researchers and engineers with precise computational solutions
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Developers
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Models solved
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Nonlinear DoF
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Years of Development
Adavanced methods and optimized algorithms reduce analysis time while maintaining precision for complex assemblies.
75% Faster Analysis
From concept to validation, NOVA integrates seamlessly into your design process
Load your FEM models and define contact interfaces with our intuitive preprocessing tools. Support for major file formats and non-coincident mesh managment included.
Execute high-fidelity nonlinear dynamic simulations with advanced friction contact algorithms. Solution strategies based on numerical continuation methods and real-time monitoring for optimal results.
Comprehensive post-processing with advanced visualization tools. Export detailed analyses and asses your design decisions with confidence.
Flexible licensing options for academic research and industrial applications
Free
Custom
Join the community of researchers and engineers advancing structural dynamics with NOVA.