World's first complete CAD system for construction engineering
CAD web-based software solution, helping construction engineers and geotechnical engineers solve common tasks that appear in every construction project. Web-based platform designed to aid the Geotechnical and Structural Engineers in one of the most complex tasks for software development.
With the latest algorithms and standards used in geotechnical engineering, the platform is perfect for training new professionals. It is also an affordable solution for small and medium-sized construction engineering studios. CeeCAD is provided as commercial SaaS (software as a service) to professionals and as a learning platform for students.
The main challenge was to have a complete CAD system that is able to support drawings and complex calculations into the same environment (web). The drawing itself is used as an input for the next steps, which are Bearing Capacity calculations, Settlement calculations etc. Since the different components (Shallow Foundations, Pile Foundations, Retaining walls, Diaphragm wall etc.) can be placed anywhere on the drawing the soil layers properties (thickness, water levels, soil layer parameters etc.) must be determined automatically.
This process involves complex calculations which, when performed manually, are too time-consuming and often inaccurate. After all, the soil base consists of the most complex structural materials on earth i.e. the soil.
CeeCAD, would be a web-based application that helps construction and geotechnical engineers solve one of the most complex tasks in Civil engineering— determining the bearing capacity of the soil base as well as the stability of the foundation and the retaining structures. This process involves complex calculations which, when performed manually, are too time-consuming and often inaccurate. After all, the soil base consists of the most complex structural materials on earth i.e. the soil.
Kriging algorithm for terrain surface interpolation and generation presented through isolines and isobands with control of the/control over density. Terrain surface interpolation and generation based on the thin plate equation.
Advanced two-dimensional mesh generation through Delaunay triangulation, with control over the density and the angle of the Finite element.
Element dimensions are automatically adjusted and visualized on screen immediately after the parametric input.
1 FE Developer, 1 BE Developer
September 2011 – October 2016