About the course
Discover the new Rhino interface for structural modelling and analysis in version 2027. This webinar demonstrates how structural elements, supports and loads can be created directly in Rhino while maintaining seamless connectivity with Structural Desktop. Follow a practical building example from initial geometry through modelling, load definition, meshing, calculation and result visualisation. Explore how Grasshopper adds parametric capabilities without separating the analytical model from the Rhino environment. The webinar also introduces model filtering, annotation and visualisation tools, drawing workflows and recent functionality for bridge modelling, including secondary axes, before highlighting current capabilities and planned developments for the interface.
What you'll learn
- Create structural models directly from Rhino geometry
- Define structural properties, supports and loads in Rhino
- Use Grasshopper to create parametric structural modelling workflows
- Generate analytical models and evaluate structural results in Rhino
- Apply Rhino-based workflows to building and bridge models
Course content
Instructors
Access Learning Content
New Rhino Interface 2027
Discover the new Rhino interface for structural modelling and analysis in version 2027. This webinar demonstrates how structural elements, supports and loads can be created directly in Rhino while maintaining seamless connectivity with Structural Desktop. Follow a practical building example from initial geometry through modelling, load definition, meshing, calculation and result visualisation. Explore how Grasshopper adds parametric capabilities without separating the analytical model from the Rhino environment. The webinar also introduces model filtering, annotation and visualisation tools, drawing workflows and recent functionality for bridge modelling, including secondary axes, before highlighting current capabilities and planned developments for the interface.
- Enrolled students: 2




