As industries adopt digital technologies, stakeholders are faced with increasingly complex challenges with the product lifecycle. Advances in automation, digitalization, and system design require industries to adopt new tools and skills to tackle these emerging challenges. Computer-based modeling and simulation, as an essential component of digital transformation, is one of the most effective methods to address system complexities and performance in the maritime, aerospace, electronics, transportation and energy industries.
Modeling and simulation provide a virtual representation of a physical asset that can be analyzed, configured, and tested in a safe and cost-effective way. By employing multi-domain, physics-based simulation models, engineers can assess the performance and reliability of complex computer-based systems, evaluate various system designs and validate system configurations through testing. The following are maritime examples where modeling and simulation can be applied:
Carbon reduction analysis of vessels in accordance with energy efficiency standards, including the Energy Efficiency Existing Ship Index (EEXI) and Carbon Intensity Indicator (CII)
Ship routing optimization
Testing and validation of controllers of a computer-based system in a virtual environment
Application of new green technologies onboard vessels
Supplement physical commissioning to reduce physical testing costs, commissioning time and risks
ABS Digital Class offers simulation (SIM) capabilities to support energy efficient newbuilds and retrofitting projects for shipowners. By leveraging SIM-based technologies and services, owners receive critical guidance on the performance and carbon reduction of vessel machinery systems and sub-systems when evaluating proposed newbuild and retrofitted design projects.
Virtual Commissioning allows virtual testing to be approved by ABS as an alternative or supplement to physical commissioning. This enables shipyards and manufacturers to reduce physical testing costs, commissioning time and risks.
Verification and validation of the virtual commissioning process and capability will require strong partnerships. ABS is working on dozens of joint development projects using simulation with clients in North America, Europe, China, Korea, Japan and Singapore. If you would like to collaborate with ABS on a joint development project, please contact the ABS SIM.
The ABS Green Shipping Corridors Simulation service is designed to be the cornerstone solution for any green shipping corridor, providing the data needed to make design, development, and implementation decisions. With so many stakeholders and variables, a solution is needed that takes into account all variables while also providing both a macro and micro level analysis. From determining the optimal route for a corridor to deciding vessel construction needs for operating within that route, the ABS Green Shipping Corridors Simulation can address all stakeholder needs.
ABS provides shipyards and ship owners with the transparent evaluation of their vessels’ carbon footprints for regulation compliance and cost savings. The ABS SIM based service uses model test results and equipment specifications in a simulation model to benchmark and optimize design options and configurations against operational profiles.
ABS conducts training for practical skills in modeling and simulation to meet the needs for digitalization in the maritime industry, particularly for maritime decarbonization. Through classroom courses and hands-on practices, this program covers:
-Fundamentals of marine systems
-Model-based system engineering
-Modeling and simulation of typical marine systems
-Simulation software applications (e.g., Siemens Amesim)
If you’re interested in training for your organization, contact us.