Welcome to CFEM

CFEM is a high-performance finite element library written in C++, renowned for its robust capabilities in both research and industry applications. With over 20 years of proven performance, CFEM stands as a trusted solution for tackling complex engineering problems. Discover how CFEM can elevate your analysis with its extensive features and unmatched scalability.

Key Features

High-Performance General Finite Element Solver

CFEM is built for speed and efficiency, providing a high-performance solver that handles even the most demanding finite element analyses with ease. Its optimized algorithms ensure fast and accurate results, making it ideal for both research and industrial applications.

Proven Performance

With more than two decades of successful deployment, CFEM has a track record of reliability and excellence. Its proven performance makes it a preferred choice for engineers and researchers worldwide, offering confidence in every analysis.

Highly Scalable and Customizable

CFEM's architecture is designed for scalability, allowing it to handle problems of varying sizes and complexities. Whether you're working on small-scale models or large, intricate systems, CFEM can be customized to meet your specific needs, ensuring optimal performance and flexibility.

Extensive Finite Element Formulations

CFEM features a comprehensive gallery of finite element formulations, providing the tools you need to model a wide array of structures and materials. From basic to advanced element types, CFEM supports your diverse analysis requirements with precision and versatility.

Handling Material and Geometric Non-Linearities

Complex real-world problems often involve non-linear behaviors. CFEM excels in managing both material and geometric non-linearities, offering reliable solutions for challenging scenarios where linear assumptions fall short.

Co-Rotated Element Formulation for Large Rotations

For applications involving large rotations, CFEM's co-rotated element formulation ensures accurate and stable results. This advanced feature is essential for analyzing structures subjected to significant rotational movements, providing insights that are crucial for safety and performance.

Why Choose CFEM?

• Proven Excellence: Over 20 years of reliable performance in research and industry.

• High Performance: Fast, efficient solver for complex finite element analyses.

• Scalability and Customization: Adaptable to problems of any scale, tailored to your needs.

• Comprehensive Formulations: Extensive library of element types for diverse applications.

• Advanced Non-Linear Analysis: Capable of handling both material and geometric non-linearities.

• Specialized for Large Rotations: Accurate co-rotated element formulation for significant rotational scenarios.

Elevate Your Analysis with CFEM

Join the numerous professionals who rely on CFEM for their finite element analysis needs. Explore the power and flexibility of CFEM today and experience the difference that 20 years of proven excellence can make. Whether you're conducting cutting-edge research or solving complex industrial problems, CFEM is your ultimate tool for high-performance finite element analysis.