Structural design

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ENECA has extensive experience in designing steel, precast concrete, and cast-in-situ concrete structures. Our project portfolio includes a diverse range of facilities, such as public buildings, industrial plants, boiler houses, and combined heat and power (CHP) plants. We also have experience with multi-story residential buildings featuring monolithic reinforced concrete frames and various external wall constructions, including curtain walls, two- and three-layer walls made of cellular concrete blocks with brick cladding and insulation, and ventilated facade systems.

Scope of services:

Static and dynamic calculations;
Calculation of connections;
3D modelling;
Development of formwork plans, reinforcement drawings;
Development of general arrangement drawings, workshop and erection drawings

We perform our work according to Eurocodes or other standards as required by the specific country, and we always adapt our workshop documentation to meet each manufacturer's requirements.

Our designers can optimize the calculations for your building structures, enabling you to use the optimal amount of material during construction. The resulting savings on building materials can often exceed the design costs many times over.

Workflow

Software

Dlubal RFEM (static calculation), IDEA StatiCa (calculation of connections), REVIT and TEKLA Structures (3D modeling and drawings).

Facilities

Civil buildings (residential houses, public buildings of cultural and administrative purposes); industrial buildings (thermal power plants, workshops, boiler houses, pumping stations, factories, warehouses).

Гражданские здания (жилые дома, общественные здания культурных и административных целей); Промышленные здания (тепловые электростанции, мастерские, котлы, насосные станции, фабрики, склады).

Complex approach

Searching for optimal solutions and reducing material intensity; linking, synchronization, bilateral import/export of data from one software to another in the framework of joint work on the project to minimize errors and prevent incorrect manual data entry; development of environments, component bases, macros, report templates, reduction and optimization of labor costs.

Deliverables

The result of the work is differentiated by the format of the developed design documentation: static and dynamic calculation reports - PDF + initial calculation file; connection calculation reports - PDF + initial calculation files; 3D model - TEKLA Structures + IFC format; GA drawings - DWG + PDF; single-part and assembly drawings - DWG + PDF; erection drawings - DWG + PDF; NC files for CNC machines - NC + DXF; lists - Excel and others.

QUALITY CONTROL

Multi-level checks of design solutions: documentation quality check by the engineer (team leader); automated collision check by BIM-coordinator.

COMPREHENSIVE APPROACH

Our philosophy and value system is to apply Agile (Scrum and Kanban) and Lean (a combination of Theory of Constraints and Lean Production) methodologies in project work. We focus on finding optimal solutions and reducing material intensity; linking, synchronisation, bilateral import/export of data from one software to another in a collaborative project to minimise errors and prevent incorrect manual data entry; developing environments, component databases, family libraries, macros, report templates and specifications, reducing and optimising labour costs.