This webinar is our second to showcase HECSTAB's Rhino 7 and Grasshopper plugins for model creation, import, and export. These plugins are currently a work-in-progress and close to full release. Join us to view our current progress and provide feedback on these exciting tools.

This webinar serves as a showcase of Herbert-ABS's recent reporting improvements to HECSTAB. We will briefly discuss Python scripting and look into the new report scripting capabilities specifically. We will then move into exploring the range of sample plots, tables, and reports available in the Report API.

This webinar serves as a showcase of Herbert-ABS's new Wind application for calculating and evaluating wind overturning moments. We will briefly discuss the modeling requirements, then move into exploring the range of calculations, settings and visualization tools available in Herbert-ABS Wind.

This webinar serves as a showcase of HECSTAB's capabilities for creating models for direct geometry windage analysis and evaluating these models in Herbert-ABS Wind and HECSTAB. We will look at how to add 3D topside geometry to a HECSTAB model in Ship Project Editor. Then, we will analyze the model in Herbert-ABS Wind, looking at the applicable wind settings. After a preliminary analysis, data from the analysis can be used for other studies in HECSTAB, such as a Max KG study.

This webinar serves as a showcase of HECSTAB's new capabilities for utilizing external 3D modeling software packages, specifically Rhino 7. We will be creating a new HECSTAB model from scratch, demonstrating our plugins designed for Rhino 7 and Grasshopper. These plugins, based on the HECSALV engine, allow for the quick and straightforward creation of models that can be used directly in HECSTAB. After a preliminary stability analysis, any design can be easily iterated on until the ideal result is achieved.

This webinar serves as a showcase of HECSTAB's offshore analysis capabilities. We will perform both intact and damage stability analyses for an offshore production semi-submersible type vessel, demonstrating HECSTAB’s user-driven interface, powerful and advanced Python scripting tools, report generation and customization, and step-by-step, template-driven analyses.

This webinar serves as an introduction to HECSTAB's user-driven interface, 3-D modeling and conversion tools (from software such as Rhino and AutoCAD), its powerful and advanced Python scripting tools, report generation and customization, and step-by-step, template-driven analyses.

This webinar serves as an introduction to HECSTAB's user-driven interface, 3-D modeling and conversion tools (from software such as Rhino and AutoCAD), its powerful and advanced Python scripting tools, report generation and customization, and step-by-step, template-driven analyses.

This webinar serves as an introduction to HECSTAB's user-driven interface, 3-D modeling and conversion tools (from software such as Rhino and AutoCAD), its powerful and advanced Python scripting tools, report generation and customization, and step-by-step, template-driven analyses.