BEASY announces the release of Version 10 of its Corrosion Modelling Software.

Learn more...
View the news release

View CPR6 release notes

BEASY announces the release of Version 10 of its Signature Management Toolkit.

Learn more...
View the news release

News

• BEASY Launches Version 10 of its Signature Management Toolkit

• BEASY Launches Version 10 of its leading Corrosion Modelling Software

Articles

• Predicting the Coating Condition on Ships Using ICCP System Data
• Evaluation of the BEASY program using linear and piecewise linear approaches for the boundary conditions
• Boundary Element Method Predictions of the Influence of the Electrolyte on the Galvanic Corrosion of AZ91D Coupled to Steel
• Predicting the Effectiveness of Corrosion Control Measures Using Computer Simulation
• Simulating the Transient Response of ICCP Control Systems
• Computer Simulation Of The Interference Between A Ship And Docks Cathodic Protection Systems
• Predictive Modelling of Corrosion and Cathodic Protection Systems
• A combined design methodology for impressed current cathodic protection systems
• Coating integrity effects on impressed current cathodic protection system parameters
• Influence of Seawater Composition on Corrosion Prevention System Parameters
• Boundary Element Evaluation of ICCP Systems Under Simulated Service Conditions
• Characterization accuracy in modeling of corrosion systems
• Computer Simulation as an aid to CP System Design and Interference Prediction
• Applications of Boundary Elements in corrosion engineering
• Computer aided design of cathodic protection systems
• Corrosion basics and computer modelling
• Analysis of stray current corrosion problems using boundary element method
• Computer prediction of stray current corrosion
• A 'CAD' system for the analysis and design of cathodic protection systems
• Finite resistivity and shipboard corrosion prevention system performance
• Computer Simulation as an Aid to Corrosion Control and Reduction
• Examination of Modeling Assumptions for Impressed Current Cathodic Protection Systems
• Boundary Element Modeling of Galvanic Anode Cathodic Protection Using the Design Slope Method
• Computer Modelling of Offshore CP Systems for 15 Years: What Have We Learned?
• The effect of protective coatings on galvanic corrosion for bolted components
• BEM application for thin electrolyte corrosion problem
• Design and Optimisation of cathodic protection Systems Using Computer Similation

• Predicting the hull state from information of potential measurements of the hull
• Underwater Electrical Potential
• A Computational Environment for the Optimisation of CP system Performance and Signatures
• Optimisation of ICCP systems to minimise electric signatures
• Predicting corrosion related electrical and magnetic fields using BEM

• Atlas of polarization diagrams for naval materials in seawater

• Macrocell Corrosion of Steel in Concrete - Experiments and Numerical Modelling
  

Events

• Corrosion Modelling - Applications in the Oil and Gas Industry
• Corrosion Modelling & Optimisation
• CP Design Validation
  

Corrosion Terms

• Cathodic Protection
  Assess the performance of cathodic protection systems using computer modelling.  Simulate possible damage scenarios and obtain quantitative data on the life of the system and the level of protection provided.
• Corrosion
  Investigate the performance of alternative corrosion control strategies using computer modelling an simulation.  Predict corrosion rates and sensitivity of the design to different materials and control strategies.
• Corrosion Control
  Evaluate the performance of alternative corrosion control strategies and their sensitivity to environmental parameters and damage scenarios using computer modelling.
• Corrosion Engineering
  Use computer modelling as an integral part of corrosion engineering to reduce risks and uncertainties.
• Corrosion Engineering Services
  As part of its corrosion engineering services, BEASY provides modelling and simulation services to enable corrosion control solutions to be validated and optimised.
• Corrosion Management
  Computer modelling can play an important role in corrosion monitoring by helping to interpret the data and demonstrate the root cause of interference problems for example.  Modelling can be also used as an integral part of a condition based monitoring system.
• Corrosion Prevention
  Evaluate the performance of alternative corrosion prevention strategies and their sensitivity to environmental parameters and damage scenarios using computer modelling.
• Corrosion Rates
  Use computer modelling to predict corrosion rates and the expected life of sacrificial anodes.
• Corrosion Services
  In addition to supplying modelling software, BEASY provides corrosion modelling services to organisations worldwide.  our engineers have experience not only in modelling software but also in its application to enable cost effective models to be quickly developed.
• Corrosion Software
  BEASY is the most widely used corrosion modelling software with an extensive customer base in defence, oil and gas and utility industries.
• Galvanic Corrosion
  BEASY corrosion modelling software can be used to simulate galvanic corrosion.  Applications can range from fundamental strudies investigating the behaviour to the assessment of the performance of cathodic protection (CP) systems.
• Marine Corrosion
  BEASY is widely used to assess marine corrosion associated with ships, offshore structures, pipelines and other applications such as docks.
• Predicting Corrosion
  Evaluate the performance of alternative corrosion prevention strategies and their sensitivity to environmental parameters and damage scenarios using computer modelling.
• Steel Corrosion
  Computer modelling can be used to predict corrosion rates associated with steel corrosion as well as predict the performance of sacrificial and impressed anodes designed to protect the steel.