BEASY Fracture & Crack Growth is a specialized simulation software platform designed for engineers and analysts to model, predict, and assess the initiation and growth of cracks in engineering structures. The software leverages advanced boundary element methods (BEM) and linear elastic fracture mechanics (LEFM) to provide high-fidelity 3D analysis of actual part geometries, enabling accurate prediction of crack paths, growth rates, and critical crack sizes. BEASY supports mixed mode analysis (KI, KII, KIII), allowing for the assessment of complex crack behaviors such as turning and splitting. The platform integrates with leading finite element modeling environments (e.g., ABAQUS, ANSYS, FEMAP, PATRAN) and can utilize sub-models from large-scale FE analyses, including the incorporation of residual stress fields. BEASY Fracture & Crack Growth is widely used for damage tolerance analysis, structural integrity assessment, and life prediction in industries such as aerospace, energy, and manufacturing. The software is recognized for its accuracy, ease of use, and ability to automate crack growth prediction without the meshing challenges typical of finite element methods.

Key Features

3D Crack Growth Simulation Advanced modeling of crack initiation and propagation in three-dimensional structures.

• Full 3D analysis of real component geometries.
• Predicts crack growth rate, path, and critical crack size.

Mixed Mode and Complex Crack Behavior Supports analysis of various crack modes and behaviors.

• Mixed mode (KI, KII, KIII) analysis for crack turning and splitting.
• Tracks crack growth at multiple positions along the crack front.

Integration with FEM Tools Seamless workflow with leading finite element modeling environments.

• Interfaces with ABAQUS, ANSYS, FEMAP, and PATRAN.
• Utilizes sub-models and residual stress fields from FE analyses.

Automated and Accurate Life Prediction Enables efficient and reliable structural integrity assessment.

• Automatic prediction of crack growth and fatigue life.
• High accuracy due to boundary-only representation and advanced algorithms.

Benefits

Improved Structural Integrity and Safety Enables proactive management of fracture risks in critical assets.

• Reduces risk of catastrophic failure by predicting crack growth and critical sizes.
• Supports damage tolerance and life extension strategies.

Cost Savings and Maintenance Optimization Facilitates efficient resource allocation and maintenance planning.

• Enables predictive maintenance and reduces unplanned downtime.
• Minimizes unnecessary repairs by targeting high-risk areas.

Enhanced Engineering Productivity Streamlines complex fracture analysis tasks.

• Reduces modeling time and eliminates meshing challenges.
• Integrates with existing engineering workflows and tools