Free Webinars

Cable Planning Harvesting Analysis using RoadEng Forest Engineer

Cable harvest planning and analysis can improve both equipment and landing locations, as well as allow the harvest operation to increase efficiency. 

Working off of a high-resolution digital terrain model (such as LiDAR), users can simultaneously explore multiple areas for deflection for cable harvesting suitability and conduct payload analysis. Harvest planners can review the potential locations in plan, profile, and in data views, allowing them to better determine optimum locations.

In this webinar, we will:
•    Explore areas for deflection using a LiDAR-based terrain model. 
•    Analyze payload, clearance, and line tensions. 
•    Evaluate different types of equipment and logging configurations. 
•    Plot various carriage positions for a given midspan deflection (third point method).

RoadEng para la Infraestructura Rural 
(Presentando un drenaje, muro de contención y proyecto de realineamiento)

Diseñar infraestructura rural puede ser un desafío. Con recursos limitados, los gobiernos, las partes interesadas y los consultores están buscando herramientas que les ayuden a ahorrar tiempo y costos de construcción.
En este seminario web, demostraremos el uso de RoadEng, un software altamente interactivo de diseño civil para la ingeniería de proyectos de infraestructura rural que incluyen carreteras, sitios de obras y drenajes.
 
Cubriremos el reemplazo de un drenaje vial afectado por la erosión, incluyendo un muro de contención y un realineamiento menor de la carretera.

Common Problems With Total Station Surveyed Surfaces And How To Fix Them

• Grouping and joining point codes to make break lines
  • for example point codes that have no left/right indication
• Finding and fixing inappropriate long breakline segments
  • missing points
  • connections between disjoint sections of breakline
• Finding and fixing crossing breaklines
• Creating breaklines to fix incorrect surface features seen in the 3D window

Earth movement and materials

This webinar will cover:

• Assigning materials to the ground (using layer depths and surfaces)
• Assigning material to sub-grade fill
• Assigning materials to layers above subgrade fill
• Pits
• Opti-Haul balancing and output