INDUSTRY PROVEN RESULTS
Used and licensed across multiple industry users
pc-CRACK software is an SI expert analysis tool to calculate crack growth rates and critical crack sizes from an industry leader in fracture mechanics solutions.
FREE WEBINAR
EVENT DATE
Thursday, June 6th 11:00 am – 12:00 pm Eastern Time
WEBINAR DESCRIPTION
Sophisticated fracture mechanics analyses — whether linear-elastic, elastic-plastic or creep — are performed quickly and easily with pc-CRACK™, developed by Structural Integrity Associates, Inc. (SI). The Microsoft® Windows®-based software analyzes and predicts flaw behavior, including calculation of crack growth rates and critical crack sizes for pressure vessels, piping, steam turbines, and structures, with immediate display of analysis results. pc-CRACK™ applications include ASME Code Section XI flaw evaluations as well as weld overlay design.
EVENT TOPICS
Join us for this informative event and discover how pc-CRACK can solve your challenges with fracture mechanics analyses.
Structural Integrity Associates, Inc. pc-CRACK software has been an industry leader in fracture mechanics software.
The Microsoft® Windows® based software analyzes and predicts flaw behavior, including calculation of crack growth rates and critical crack sizes for pressure vessels, piping, turbines, and structures, with immediate display of analysis results. pc-CRACK applications include ASME Code Section XI flaw evaluations as well as weld overlay design.
pc-CRACK expands the capability of your engineering staff by providing an easy-to-use tool that allows users to rapidly perform sophisticated fracture mechanics analyses.
With pc-CRACK, you can easily formulate decisions (and generate support documentation) regarding the effects of structural flaws in a wide variety of materials and components.
A demo version of the software is available for free.
pc-CRACK SCOPE AND FEATURES
MODULES | LEFM (Linear Elastic Fracture Mechanics) | EPFM (Elastic Plastic Fracture Mechanics) | Graphical User Interface Based Workflow | Stress Intensity Factor Calculations | Crack Growth Calculations | J-a Tables and Crack Instability Determination | Built-in Materials Library |
SINGLE EDGE & DOUBLE EDGE CRACKS | Standard Specimens | Plates | Hollow Cylinders | Solid Cylinders | Holes, Nozzles & Welds | Compound Crack in Hollow Cylinders | User Defined 1-DOF & 2-DOF (DOF-Degree of Freedom) |
CODES & STANDARDS | ASME Codes & Standards Qualifications | Allowable Crack Size Calculation | Weld Overlay Sizing Design | Nuclear Quality Assurance |