Design professionals are comfortable with dozens of envelope alternatives for buildings with conventional, linear geometry. But such comfort may sometimes bend along with curvature.
Construction of any Geometrica dome or space frame is safe, easy and quick.
Here's a short video that shows how it all begins with our patented cylindrical hub and galvanized steel tubes that are coined and grooved at the ends.
The Cuajone mine, located in the rugged Peruvian Andes, is the largest single copper mine and smelter complex ever built. The 4,144-square-kilometer mining triangle begins high in the Andes with a water supply at Lake Suche and ends with a smelter on the Southern Pacific coast. Covering the copper ore was part of Southern Peru’s overall initiative to reduce operating and maintenance costs as well as the environmental impact of the Cuajone mine. Geometrica's solution? Design of a 120m long, super-structure that combines three structure types - an arch vault, semi-dome and end wall.
Our domes can accommodate many types of cladding designed to fit both purpose and budget. For this coal storage dome in Chile, cladding is made of galvanized and painted corrugated steel panels combined with translucent acrylic panels.
Geometrica's site consultants provide training to local installation crews at remote locations worldwide. Here, high in the Chilean Andes, the crew examines the proper assembly of a "lower chord spider".
At certain sites, covering large spans without any internal columns is a very tall order.
One example, the mega-tall dome at the Caserones copper mine in Chile. At 94m (308 ft) tall, it feels right at home among the peaks of the Andes. The dome is so tall that if it sprung from her island, Lady Liberty couldn't touch the apex with her torch! The dome was designed so that it would shed incredible amounts of snow. At 4000 meters (13,000 feet) above sea level, ground snow exceeds 8kPa (165 psf).