G+1 Residential Structure at Kamperland, Netherlands
For this G+1 Residential construction in Kamperland, the Netherlands, StructCAD Design & Engineering delivered a turnkey LGS system.
The initial stage of the project involved creating structural calculations in accordance with the Euro Codes and the Dutch National Annex. The Vertex model was created by our designers based on input from our engineers after the calculations were authorised by regional authorities. After the final draught was accepted and the model and drawings were given to the architect, the steel was produced in India and shipped to the Netherlands.
The building had a complex roof system that was subjected to heavy snow and wind loads. Erection had to be planned and carried out because of the site conditions in the area. With a total built area of 2500 sqft, the steel was assembled and erected on site with in 2 weeks of time.
G+3 Residential Building, USA
For this G+3 build in the United States of America, StructCAD Design & Engineering offered the Design and Engineering solution.
Our engineers created this all-LGS solution in accordance with the client’s specifications while also following AISC standards and the requirements of the Californian code. Along with providing the vertex model and production files, our team also managed the entire design and manufacturing process, keeping an eye out for any delays or reworks.
G+1 Residential Building, USA
For this G+1 build in the United States of America, StructCAD Design & Engineering supplied Design and Engineering solutions.
Our engineers created this HRS+LGS solution in accordance with the specifications provided by the client while also following AISC standards and the requirements of the Californian code. To meet the customer’s needs for the roof, unique LGS truss models were created. Along with providing the vertex model and production files, our team also managed the entire design and manufacturing process, keeping an eye out for any delays or reworks.
2 x G Residential housing project, Australia
This ground floor project in Australia was designed and engineered by StructCAD Design & Engineering.
Our engineers created this LGS solution in accordance with the client’s specifications and in accordance with Australian norms. To satisfy the client’s requested roof specifications, unique LGS truss models were created. Along with providing the vertex model and production files, our team also managed the entire design and manufacturing process, keeping an eye out for any delays or reworks.
Empire Court, G+4 Residential Building, UK
This G+4 residential building was designed and engineered by StructCAD Design & Engineering. Due to complex floor arrangements and head height limitations, a hybrid solution of HRS+LGS was chosen.
Because the building faced the sea, the engineering was done in accordance with European standards and was built to withstand strong winds.
The building model was created using Revit/MWF, and both the engineering calculations and the model were approved by a local consultant and insured through the NHBC.
Townhouses for Ministry of Housing, Saudi Arabia
Our task was to offer design and engineering solutions for an RCC project that had been converted to an LGS build. We performed a feasibility analysis, engineering calculations in accordance with the UBC and Saudi Building Code, vertex modelling, and presentations for the authorities. As a result, the customer was granted the assignment.
