23 ноября в Киеве состоялся семинар «Проектирование и производство строительных конструкций в Tekla Structures. Расчеты конструкций и узлов согласно нормативам Еврокод в системах Dlubal и IDEA StatiCa». Представитель компании Trimble Майкл Эванс рассказал о своем видении развития технологии информационного моделирования зданий (BIM) и месте Constructible Model, детально проработанной технологичной 3D-модели, в этом процессе.

1. BIM development in reality and on the site.
10:00 – 10:40
Michael Evans Director, Steel. Structures Division.

2. Trimble Introduction

3. Trimble Snapshot
3
InnovationCompany
NASDAQ:
TRMB
$2.36B
In Revenue
31%+
Building & Infrastructure
2,000
Patents
360 Construction Workflow
& Technology Patents
14%
R&D re-invested
People
8000+ Employees
in 35 Countries
800+ Construction
Professionals
Global Customers
in 150 countries

4. Core Business Franchises
Transportation
and Logistics
GeospatialBuildings Civil Engineering
and Construction
Agriculture
4
Our core industries are global trillion $ industries which operate in demanding
environments, with technology adoption in the early phases

5. Domain
Depth and
Breadth
Complete
Lifecycle
Solutions
9
Trimble Buildings
History of
Innovation
We provide the widest breadth of life-cycle
solutions and the deepest understanding
of your individual building project and
building management complexities.
Construction-
Ready BIM

6. 10
Lifecycle

7. Trimble Constructible Model
Plates, bolts & welds
The Constructible Model Has
High Level of Detail (LOD)
Traditional CAD Providers
11
Layout
points
Bolts
Rebar
Mechanical and electrical
Embeds

8. Future Construction
Making The Impossible, Possible
• High performance buildings AND a modern marvel
• All about the experience
• The promise of BIM - lean construction & no waste
• Prefabrication & automated workflows
On Time / Budget Design-Build-Operate-Utilize
• Refurbished workplace/buildings for
performance and utilization
13
Retrofit or Refurbish (Adaptive Reuse)

9. Vertical construction industry challenges

10. Worldwide vertical construction1 is a $3.5 Trillion
industry
Building industry consumes 40% of the world’s energy
At least 20% is waste
§ materials are wasted
§ construction rework required
§ jobsite work is unproductive
§ projects are over budget
§ projects are late
Ineffective communication,
planning and collaboration
are the source of most problems
Note: [1] excludes residential
The challenges of the industry

11. Construction industry technology growth
Source: Digital & Innovation in Capital Projects & Infrastructure
Dr Ghassan Ziadat CEng FICE

12. Construction 2025 – UK targets

13. Inefficient process spends resources
§ Communication § Information
management
§ Change coordination

14. Document based process

15. Accumulation
of information
Time
BIM process increase productivity…

16. Fragmented industry
§ Unique organization in every project
§ Varied technologies in every project

17. Trimble BIM solutions
Structural engineers, fabricators, and construction engineers

18. Constructable, detailed BIM models

19. Construction modelDesign model
Lay-Out
Points
Bolts
Reinforcing
Assemblies,
Plates & Welds
Concrete
Embeds
MEP/Plant
Design

20. The BIM Pyramid
Physical model authors
• Geometry
• Hierarchy & assemblies
• Bolts, welds
• References
• Spatial information
Information users
• View
• Review
• Comment
• Status
• Approve
• Fabricate
• Install
Process model authors
• Schedules (site, production, etc)
• Classification
• Estimation
• Logistics
• MIS & ERP interfacing
• Safety

21. Tekla Structures in work with steel construction.
What is new? Latest projects
10:40 – 11:20
Michael Evans Director, Steel. Structures Division.

22. How the Steel Industry has changed in 30 years.
22

23. Digital Transformation in Steel – Phase 1

24. Digital Transformation in Steel – Phase 2

25. Digital Transformation in Steel – Phase 3

26. Whats New in Tekla Structures
[Date] Presentor´sname26

27. Tekla Version 15 Main Points
§ Unlimited Models
§ Quick modelling tools
§ Fast drawing production
§ Tube CNC

28. Tekla Version 16 Main Points
§ Fast modelling tools
§ New modelling tools
§ New components
§ New Report options
§ New Drawing tools

29. Tekla Version 17 Main Points
§ Fast advanced modelling views
§ New Model dimension tools
§ Automation of advanced
dimensions on drawings
§ DSTV improved for new Scribing NC
Machines

30. Tekla Version 18 Main Points
§ New Extensions to download
§ New Specialised connections
§ Improved automation of drawings
§ DSTV improvements for complex
notches

31. Tekla Version 19 Main Points
§ New welding
Functionalities
§ Merging items to one
§ Object Browser
§ Further ongoing drawing
improvements

32. Tekla Version 20 Main Points
§ Auto weld preparation and
new weld functionality
§ Links to Plant Modelling
Systems
§ Direct manipulation
§ New Item option
§ Drawing improvements and
extensions

33. Tekla Version 21 Main Points
§ Model Sharing
§ New Component and Reference
object menus
§ Direct manipulation for construction
lines
§ New tools for complex item
modelling
§ Snap to clip planes
§ New Drawing set-ups
§ Import from Sketch-up

34. Tekla Version 2016 Main Points
§ New User Interface
§ Enhanced Organizer
§ Modeling features
§ CNC Enhancements
§ New Extensions
§ Welding visualization
§ Improved Drawing Editing
§ Collaboration
§ Warehouse
§ Refer to what's new for Steel 2016 PPT

35. Tekla Version 2016i Main Points
General
§ Model sharing
§ User Interface
§ Ribbon Customization
Modeling
§ Bent plate
§ Component maintenance
Drawings
§ Improved sketching
§ Snapshot overlay
§ Printing enhancements

36. Tekla Version 2017 Main Points
Modeling
§ Model sharing
§ Direct modification
§ Bent plate
§ New Spiral stair
User Interface
§ General items
§ Ribbon customization
§ Contextual toolbar
Drawings
§ Enhanced 2D tools
§ Improved drawing opening
§ Snapshots

37. Tekla Version 2017i Main Points
Modeling
§ Spiral Beam
§ Bent Plate
§ 100 Point Limit
Drawings
§ Layout Editing
§ Template Editor
§ Weld Marks
§ Snapshots
§ Modify model objects from GA drawing
extension

38. Latest Projects
Presentor´s name
[Date]38

39. Tekla ‘looks up’ in New York:30 Hudson Yards Project, New York
Case Study :-Tekla model Sharing

40. Credit: Relative New York
30 Hudson Yards
USD 20 Billion
TOTAL
Office
Estimated
Completion 2019
Height 392m
(tallest in Hudson
Yards
development)
Floor Area:
240,000m2
Architect:
Kohn Pedersen Fox
Engineers:
Thornton
Tomasetti

41. 6500 Server License + 490 per seat
Yearly subscription
Price in EUR/USD
One enterprise
seat
1 year
subscription
Tekla Model Share :- Pricing (on Premises model share service)
On Premises
Server license
30 Hudson Yards
The biggest model Tekla has ever
seen...
750,000 geometric parts (beams,
columns ,braces, bolts)
Model Sharing used for complete
engineering and detailing processes
Tekla Model Sharing
112 individual users, 38 daily modellers
30 Hudson Yards

42. The Kelpies, Falkirk
MICK HODGSON

44. The Kelpies Sculpture
44
The 30 metre tall Kelpies have cost £5million to complete and play a central role in the £43 million, 350-hectare
Helix land transformational project between Falkirk and Grangemouth.

51. Other Projects
[Date] Presentor´sname51

52. Torre Agbar, Spain

53. West Super Block
Global City, Taguig, The Philippines.

54. Hong Kong International
Commerce Centre, China

55. Kidderminster

56. Sefton Canal