ENECA designs in-situ concrete and prefabricated concrete structures in accordance with Eurocodes. For structural analysis our specialists apply Dlubal RFEM and Idea Statica software.
Our engineers work in Autodesk Revit and TeklaStructures to create a 3D model of reinforced concrete structures. They generate drawings along with reinforcement schedules. Using the Revit plugin developed by our specialists, we check the correctness of the model before forming the reinforcement schedules.
• Structural calculation in Dlubal RFEM and Idea Statica • Workshop drawings for prefab elements • General arrangement drawings • Assembly and detailed drawings of steel elements (HQ beams, Petra, Deltabeam, etc.) • BIM modeling of prefabricated and monolithic structures including prestressed concrete up to LOD400 • Concrete Objects Families Creation
Types of structures
Hollow core slabs
Stairs, landings and balconies constructions
Wall panels (single-layer, two- and three-layer)
Steel elements, embedded items (HQ, Deltabeam, Petra and others)
Fuel storage facility for the boiler house
Structural Analysis in Dlubal RFEM
Reinforced concrete and steel structures modeling in Tekla with LOD 400
BIM Structural Modeling in Tekla.
Level of detial LOD 400
Modeling in Tekla
Residential house in Latvia
Cast-in-situ concrete modeling;
Development of workshop drawings;
Design coordination and BIM-management
Collaboration using Tekla Model Sharing and VPN;
Work in customer's office in Latvia and further remote collaboration;
BIM-Management and Tekla training for customer's specialists.
School building in Sweden
Preliminary structural design of the frame elements
LOD 300 Tekla modeling
work as subcontractor;
checks performed in accordance with EC2 and BSF 2015-6 EKS-10;
work within the limited timeframe (7 days);
minimal amount of initial data was provided by the Customer;
complex analysis of the frame and separate elements;