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  • BIM modelling

BIM modelling

Information modeling of structures ensures complex interaction of process participants at all stages: design - construction - operation.

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Facade
glass panel

Facade glass panel

Class number: 200.040.001.001.003

Single-chamber glazed of clear glass (12 m x 3 m)

Level: 1st Floor, Area: 36 m2, work zone: In 1-3

Installation date: November 15, 2021

Revolving entrance
door external

Class number: 200.040.001.001.003

Single-chamber glazed window of Clearvision 60 (Lp) glass

Level: 1st Floor, Height: 2600,000 mm, Radius: 1340,000 mm

Installation date: November 23, 2021

Foundation plate

Class number: 100.010.003

Project: 320AR/SPD-KG5

Material: monolithic Concrete B40, F300, W12; Reinforcement ∅25A500C, ∅32A500C, ∅36A500C

Altitude mark: +127.500 m

Level : -3 Floor, Thickness: 1500 mm, Volume: 507,947 m3

Floor slab

Class number: 100.030.002.400

Project: 320AR/SPD1-KJ3

Material: Monolithic concrete B40, F300, W12; Reinforcement ∅16 A500C, ∅32A500C,

Altitude mark: +143.300 m

Level: 1st Floor, Thickness: 400 mm, Volume: 273.12 m3,

Work zone: PP-1.4

Load-bearing column
of rectangular section

Class number: 100.030.003.002.03

Project : 320AR/SPD1-KJ9

Material: Monolithic concrete In 60, F300, W20; Reinforcement ∅25A500C, ∅32A500C,

Level: 2-3 Floors, Size: 1500×900 mm, Volume: 11.12 m3,

Work zone: K-2.9

Date of concreting: April 12, 2021

Facade lamellas

Class number: 200.110.004.001.003

Project : 320AR-22-AR3

Material: Aluminum

Installation date: May 25, 2021

Pressure wall

Class number: 100.020.001.001

Project: 320AR-22-KZH4.1

Material: Monolithic concrete B60, F200, W12; Reinforcement ∅12A500C, ∅16A500C,

Level: -1 Floor, Thickness:250 mm, Volume: 44.17 m3,

Work zone: NK-1.6

Date of concreting: January 12, 2020

Lattice Steel truss

Class number: 100.040.005

Project code: 320AR-22-KM2

Material: C390 Steel, Weight: 2342kg

Work zone: F-5.2

Date of installation: July 26, 2021

Operated roof
in the decking area

Class number: 200.060.008.002

Project: 320AR-22-AR3

Altitude mark: +158.950 m

Material: Monolithic concrete In 60, F200, W12; Reinforcement ∅12A500C, ∅16A500C,

Level: 4th Floor, Thickness:450 mm, Area: 1057.97 m3,

Date of concreting: August 23 , 2021

Operated roof

Class number: 200.060.006.003

Project: 320AR-22-AR3

Composition of the roof: vegetation layer, substrate, anti-erosion geomat, substrate, drainage membrane, waterproofing, insulation, profiled sheet

Area: 2590 m2.

Thickness: 332 mm.

BIM modeling allows you to create an information model of an object. Based on it, it is possible to observe the entire life cycle from design to commissioning. Also, information modeling allows you to perform "plan fact“ analysis.

Development of such a model speeds up the preparation, approval and transfer of as-built documentation. BIM-modeling provides processing and storage of engineering documentation with a common environment. All participants in the process can exchange data with high speed and secure access.

Since the beginning of 2022, the technology has become mandatory for all state order projects, from federal to municipal. The corresponding decree of the government of the Russian Federation was signed by Mikhail Mishustin.

Technology background

01.
Binding of attribute data (design and executive documentation, instructions, reports, and so on) to the elements of the 3D model.
02.
Modeling work progress and monitoring construction process through a 4DBIM model.
03.
Projection of the construction budget at any stage and reduction of the risk of exceeding the budget with the help of a 5D-BIM model, taking into account the prices.
04.
Reducing the decision-making time due to the high speed of data exchange.
05.
Elimination of errors in the project by building in a single information space.
06.
Automatic preparation of the "plan-fact" analysis for all types of work.
VDNKh. Pavilion "Nuclear Power“OCKS Rosatom2022

Visualization of MR platform

01.

Increasing work speed

The MR platform accelerates exchange of information and helps to meet deadlines.
02.

Visualization

Visual representation of the object and binding to the information model.
03.

Reducing number of corrections

The MR platform allows you to quickly identify violations.
04.

Improving work quality

Technology increases the reliability level of information.

Fensma uses digital technologies in construction — mixed reality based on MR platform.

/ The MR platform was used by the company to visualize BIM model for detailed planning, quality control and work progress within the project for construction of the innovative “Nuclear Power" pavilion on the territory of VDNKh.

Technology
powers

01

Visualization of the information (BIM) model of building and engineering work on the site in real time.

02

Verification of the compliance of finished structures with the project and rapid detection of defects.

03

Drawing up a plan-fact analysis

04

Visualization of hidden communications with projection on a visible surface.

05

Working with an operational model.

Projects