Tekla Structures for Steel detailing and fabrication: DongYang project Tekla User‘s Day – Hanoi, April 2013 Mr. Nguyen Vu Truong, Director of LILAMA69-3 DESIGN INDUSTRIAL & SYSTEMS ENGINEERING JOINT STOCK COMPANY
Content: • Introduction of Lilama 69-3 DSE • Tekla Structures at Lilama 69-3 DSE – The milestones • Tekla Structures for Dong Yang project • Conclusions and Suggestion
Introduction:
Mile stones with Tekla Structures: • 04.2011: Model 35 buildings of Cong Thanh cement plant project – subcontracted for Polysius Vietnam • 2012: Signed the contract with DongYang P&F (Korea) to Design and Fabricate 3500 tons of Steel Structures for HSGP and SSSP project in AbudHabi – UAE
Cong Thanh Cement Plant
Vincom Mega Mall project: Movies
DongYang project: • • • • •
6 Conveyors; 5 Transfer towers Finish the design work in December, 2012 Plan to finish fabrication work in April, 2013 20 experienced Tekla users Using 3 main software: - Tekla Structures for structural Modeling and Detailing - 3D Max for Architectural - Autodesk Inventor for Mechanical work
CV-1100/1200: Granule Collecting Conveyors
CV-1100/1200: Movies
CV-1100/1200: Granule Collecting Conveyors
CV-1100/1200: Granule Collecting Conveyors
CV-1300: Reclaimed Transfer Conveyor
CV-2100/2200: Stacker & Reclaimed Conveyor
TT-1: Transfer Tower No.1
TT-1: Transfer Tower No.1
TT-2: Transfer Tower No.2
TT-2: Transfer Tower No.2
TT-3: Railcar Loading Building
TT-3: Railcar Loading Building
Engineering schedule for HSGP+SSSP project: Step 1: Create General Arrangement drawings by CAD system for Structural and ME,EL, PP,‌
Engineering schedule for HSGP+SSSP project: Stage 1: Create General Arrangement drawings by CAD system for Structural and ME,EL, PP,‌
Step 2: Structural Analysis and Design - Build structural model base on GA drawings, add loads, load combinations -
Standard:
ANSI/AISC 360 - 05 Specifications for Structural Steel Buildings, ASCE/SEI 7-10 Minimum design loads for buildings and other
structures, International Building Code 2006/2009 (IBC 2006/2009, ‌.).
Step 3: Create Sketch drawings for structural
Step 4: Build 3D Tekla model Step 5: Create Engineering drawings: Check dimensions, profiles
Step 6: Clash check with Mechnical model on Tekla via Reference model
Step 7: Connection design and detailing in Tekla Step 8: Create Erection drawings and check.
Step 9: Create workshop drawing We use 2 ways: - Create Assembly that includes single part drawings as traditional way in AutoCAD
* Non professional way and not easy for fabrication.
- Create both Assembly drawings and Single part drawings
• Easy for fabrication • Easy to manage
Suggestion: Need help from HSD VIETNAM for Advanced functions in Tekla: - Firm and project settings, - Collaborations,… To optimize Tekla’ potential + Check the clashing between weld and structural members ? + Suitable price for Tekla software Our trend: + In the next few year we will try to intergrate Tekla software to CNC fabrication, create and manage schedule, erection simulation… + Use Tekla software as early as possible. + We will invest at least one Tekla license each year.
Q&A ?
Thank you!