References 1 to 87

  • Published on
    05-Sep-2015

  • View
    239

  • Download
    0

Embed Size (px)

DESCRIPTION

graitec

Transcript

<ul><li><p>150 </p><p>ADVANCE STEEL </p><p> More projects on www.graitec.comwww.graitec.comwww.graitec.comwww.graitec.com </p><p> Location: Grenoble, France </p><p> Architecture office: Chaix &amp; Morel Associs, Paris </p><p> Dimensions: 144m x 191m </p><p> Specifications: 20 000 sitting capacity, </p><p> 13,000 square meters of offices, </p><p> 65,000 square meters of extracted ground </p><p>PROJECT DESCRIPTION </p><p>THE CHALLENGE THE SOLUTION </p><p> Structural modeling achieved in a 3-month period </p><p> Fast and easy DSTV files creation </p><p>"Advance Steel was very useful thanks to </p><p>the collision detection tool that enabled us </p><p>to check nothing came between the </p><p>various roof structure elements </p><p>Mr Berger, </p><p> ETI Project Manager </p><p> Create joints between curved welded and </p><p>tapered beams. </p><p> Get workshop drawings and NC-DSTV files </p><p>from these elements. </p><p> Precise and fast 3D modeling of the utter </p><p>structure. </p><p> Easy creation of DSTV files. </p><p>USERS BENEFITS </p><p>GRENOBLE STADIUMGRENOBLE STADIUMGRENOBLE STADIUMGRENOBLE STADIUM </p><p> ETI Design Office </p><p> Grenoble, France </p></li><li><p>150 </p><p>ADVANCE STEEL </p><p> More projects on www.graitec.comwww.graitec.comwww.graitec.comwww.graitec.com </p><p> Location: Garmisch-Partenkirchen, Germany </p><p> Contracting authority: Markt Garmisch </p><p> Partenkirchen </p><p> Dimensions: total height of 149 meters </p><p> Specifications: 655 tons total weight </p><p> 35 meters height </p><p>PROJECT DESCRIPTION </p><p>THE CHALLENGE THE SOLUTION </p><p> Increased productivity by the modeling of curved beams and creation of workshop drawings </p><p> Libraries provided a wide range of profiles </p><p>"Advance Steel has increased our </p><p>productivity and therefore our efficiency. </p><p>The software was excellent when </p><p>designing the jump platform, especially </p><p>regarding all the constructive challenges. </p><p>Mr. Huber, </p><p>Factory Manager of Bitschnau GmbH </p><p> The structure is made of curved and folded </p><p>beams </p><p> Production of workshop drawings </p><p> 90% of fundamental beams are welded </p><p>beams </p><p> Increase in productivity </p><p> Profile libraries </p><p> Intelligent connections function </p><p>USERS BENEFITS </p><p>SKI JUMPSKI JUMPSKI JUMPSKI JUMP </p><p> Bitschnau GmbH </p><p> Nenzing, Austria </p></li><li><p>150 </p><p>ADVANCE STEEL </p><p> More projects on www.graitec.comwww.graitec.comwww.graitec.comwww.graitec.com </p><p> Location: Baku, Azerbaijan </p><p> Contracting authority: Government of Azerbaijan </p><p> Weight: 500 tons of steel </p><p> Specifications: steel construction with 3D rolled </p><p> pipes </p><p>PROJECT DESCRIPTION </p><p>THE CHALLENGE THE SOLUTION </p><p> 3D modeling saved a lot of time </p><p> Advance Steel prepares double offsets </p><p>"The fact that Advance Steel processes all </p><p>information from the 3D model </p><p>automatically leads to the easy creation of </p><p>the documents and enables the conformity </p><p>of all drawings and documents. </p><p>Mr. Dohr, </p><p>Construction Engineer </p><p> The construction mainly consists of 3D </p><p>rolled pipes </p><p> Each single pipe has elliptical-shaped radii </p><p>on two levels </p><p> Entire information processing from the </p><p>3D model </p><p> Easy creation of documents </p><p> Conformity of all drawings and </p><p>documents </p><p>USERS BENEFITS </p><p>MMMMUGAM EVI MUSIC HOUSEUGAM EVI MUSIC HOUSEUGAM EVI MUSIC HOUSEUGAM EVI MUSIC HOUSE </p><p>NCA Container und Anlagenbau GmbH </p><p> St Paul, Austria </p></li><li><p>150 </p><p>ADVANCE STEEL </p><p> More projects on www.graitec.comwww.graitec.comwww.graitec.comwww.graitec.com </p><p> Location: Klagenfurt, Austria </p><p> Contracting authority: Capital Klagenfurt </p><p> Dimensions: total area of 32,000 m2, roof </p><p> area of 32,000 m2,, 8,000 m2 playing field, </p><p> height of 32.5 m </p><p> Specifications: 32,000 seats capacity </p><p> (12,000 seats after deconstruction in 2009) </p><p> Approximately 4.000 tons of steel </p><p>PROJECT DESCRIPTION </p><p>THE CHALLENGE THE SOLUTION </p><p> Reduction of errors by automatic drawing creation and collisions control </p><p> 3D-modeling saved a lot of time </p><p>"With the automatic production of the </p><p>drawings and collision control which is </p><p>carried out regularly, we were able to </p><p>significantly reduce errors. These features </p><p>also saved us a lot of time. </p><p>Mr. Schrammel, </p><p>Department Manager for Steel </p><p> Tight deadlines to get the stadium ready </p><p>for UEFA Euro 2008 </p><p> Realisation of the structural requirements </p><p> Realisation of the rebuild planning </p><p> Differently arranged purlins </p><p> 3D modeling </p><p> Simple and rapid creation of the model </p><p> Reduced error rate </p><p>USERS BENEFITS </p><p>WRTHERSEE STADIUMWRTHERSEE STADIUMWRTHERSEE STADIUMWRTHERSEE STADIUM </p><p>NCA Container- und Anlagenbau GmbH </p><p> St. Paul, Austria </p></li><li><p>150 </p><p>ADVANCE STEEL </p><p> More projects on www.graitec.comwww.graitec.comwww.graitec.comwww.graitec.com </p><p> Location: Leichlingen, Germany </p><p> Contracting authority: city of Leichlingen </p><p> Dimensions: total length of 42.6 meters, </p><p> width of 4.475 meters </p><p> Specifications: a span of 42 meters </p><p> between the support axes. </p><p> A width of 3 meters between the railings </p><p> of the bridge. </p><p>PROJECT DESCRIPTION </p><p>THE CHALLENGE THE SOLUTION </p><p> Efficient and precise 3d modeling </p><p> Easy-to-learn and easy-to-handle solution </p><p> Special sheet metal functions </p><p>"Advance Steel allowed us to process the </p><p>entire 3D model data, accelerate the </p><p>creation of all documents and insured an </p><p>all-around drawing consistency </p><p>Mr. Heuer, </p><p>Construction Engineer </p><p> Bridge made of conical parts and cables </p><p> Need to have the parts unreeled as a </p><p>sheet metal construction </p><p> 3D CAD system </p><p> Automatic functions to get conical parts </p><p> All workshop drawings </p><p>USERS BENEFITS </p><p>BICYCLE AND PEDESTRIBICYCLE AND PEDESTRIBICYCLE AND PEDESTRIBICYCLE AND PEDESTRIAN BRIDGEAN BRIDGEAN BRIDGEAN BRIDGE </p><p>Planungsbro Heuer </p><p> Hattingen, Germany </p></li><li><p>150 </p><p>ADVANCE STEEL </p><p> More projects on www.graitec.comwww.graitec.comwww.graitec.comwww.graitec.com </p><p> Location: Meien, Germany </p><p> Contracting authority: Road Construction </p><p>Office Meien-Dresden </p><p> Dimensions: 366 meters long with a main span </p><p>of 192 meters </p><p> Specifications: 1232 tons of steel </p><p>PROJECT DESCRIPTION </p><p>THE CHALLENGE THE SOLUTION </p><p> Low error rate at workshop and at site </p><p> Drawings that update after modifications </p><p>"The use of Advance Steel was a complete </p><p>success for our work since the creation of </p><p>models, BOMs and DStV-NC-data can be </p><p>set in a modular way. </p><p>Mr. Streit, </p><p>Construction Engineer </p><p> Creation of welding preparation and </p><p>folded plates </p><p> Exact creation of the geometry of single </p><p>components </p><p> Bridge made of complex 3D girders </p><p> Creation of the bridge model in modular </p><p>form </p><p> Clash detection tool </p><p> Specific commands for automatic creation </p><p>of 3D plates </p><p>USERS BENEFITS </p><p>NIEDERWARTHA BRIDGENIEDERWARTHA BRIDGENIEDERWARTHA BRIDGENIEDERWARTHA BRIDGE </p><p>Plauen Stahl Technologie GmbH </p><p>Germany </p></li><li><p>150 </p><p>ADVANCE STEEL </p><p> More projects on www.graitec.comwww.graitec.comwww.graitec.comwww.graitec.com </p><p> Location: Linz, Austria </p><p> Architecture Office: Treusch Architecture ZT </p><p> GmbH </p><p> Contracting authority: Immobilien Linz GmbH &amp; </p><p> Co.KG </p><p> Dimensions: 5.000 m2 sheathing of the building, </p><p> 1.100 m2 grating </p><p> Specifications: 200 tons of steel, 1.100 glass </p><p>PROJECT DESCRIPTION </p><p>THE CHALLENGE THE SOLUTION </p><p> 3D modeling </p><p> Intelligent connections and NC-files </p><p> Ease of use and short learning curve </p><p>"Advance Steel processes the entire 3D </p><p>model data, accelerates all document </p><p>creation and ensures all-around drawing </p><p>consistency. </p><p>Mr. Moser, </p><p>Project Manager </p><p> Very specific geometry of the center </p><p> The steel glass faade had to match the 3D </p><p>geometry of the building </p><p> The specific geometry required the </p><p>creation of the faade to be done with a </p><p>3D CAD system like Advance Steel </p><p> Processing of the entire 3D model data </p><p>USERS BENEFITS </p><p>AAAARS ELECTRONICA CENTERS ELECTRONICA CENTERS ELECTRONICA CENTERS ELECTRONICA CENTERRRR </p><p> Grmer Stahl GmbH </p><p> Obersterreich, Austria </p></li><li><p>150 </p><p>ADVANCE STEEL </p><p> More projects on www.graitec.comwww.graitec.comwww.graitec.comwww.graitec.com </p><p> Localisation : Massy, France </p><p> Matrise douvrage : GE </p><p> Dimensions : 10m x 5m </p><p> Spcifications : Surface, 50 m, Weight : 1500 kg </p><p>PROJECT DESCRIPTION </p><p>THE CHALLENGE THE SOLUTION </p><p> Reduce project time </p><p> 20% productivity gains </p><p>"Advance Steel enabled us to save a lot of </p><p>time during the design phase and frames </p><p>manufacturing. This is a very reactive </p><p>software solution in case of modifications </p><p>of the project. </p><p>Mr. Fenix, </p><p>Draftsman </p><p> Reduce time for workshop drawings and </p><p>manufacturing files </p><p> Compatibility and use of AutoCAD </p><p>USERS BENEFITS </p><p>TRESORER IITRESORER IITRESORER IITRESORER II </p><p>SAI Design Office </p><p>Massy, France </p></li><li><p>150 </p><p>ADVANCE STEEL </p><p> More projects on www.graitec.comwww.graitec.comwww.graitec.comwww.graitec.com </p><p> Location: Venezuela </p><p> Engineering Office: VIRO engineering </p><p> Dimensions: 6.6 km of piping </p><p> Specifications: 240 tons of steel </p><p>PROJECT DESCRIPTION </p><p>THE CHALLENGE THE SOLUTION </p><p> Only one 3D model for detailed steel and shop drawings </p><p> High quality workshop drawings </p><p> Excellent bi-directional link between Advance Steel and PDMS </p><p>"Advance Steel is a great solution thanks </p><p>to its stairs &amp; railings macros and also for </p><p>the automatic detailing of the complete </p><p>steel structure </p><p>Mr Kampen, </p><p> Manager Engineering of VIRO engineering </p><p> Equipment and primary steel to be created </p><p>in PDMS. </p><p> Primary steel imported in to Advance </p><p>Steel </p><p> Create all secondary and tertiary steel </p><p>(stairs and railings) </p><p> Clash check results between the </p><p>equipment and steel structure </p><p> Bi-directional SDNF file format exchange </p><p> Use Advance Steels automatic stairs and </p><p>railings macros </p><p> Automatic workshop drawings </p><p>USERS BENEFITS </p><p>REVAMP OF CAT CRACKEREVAMP OF CAT CRACKEREVAMP OF CAT CRACKEREVAMP OF CAT CRACKERRRR </p><p>VIRO engineering </p><p>Hengelo, The Netherlands </p></li><li><p>150 </p><p>ADVANCE STEEL </p><p> More projects on www.graitec.comwww.graitec.comwww.graitec.comwww.graitec.com </p><p> Location: Moscow, Russia </p><p> Architecture Office: Pshenichnikov &amp; Partners </p><p> Dimensions: 92m wide x 125m long x 16m high </p><p> Specifications: 1200 tons of steel, 50 tons </p><p> tension members until DN 130, 2000m steel </p><p> cable until DN 75 and approximatively 20 tons of </p><p> screws until M48 </p><p>PROJECT DESCRIPTION </p><p>THE CHALLENGE THE SOLUTION </p><p> 3D modeling </p><p> Ability to create the roof construction ready for fabrication </p><p> Do the 3D model within the German GUI and automatically get all the drawings containing </p><p>Russian annotations </p><p>"In Advance Steel the model is created </p><p>with real dimensions thus making it </p><p>possible to easily deal with complex </p><p>situations that can occur during the </p><p>assembly phase </p><p>Mr. Linge, </p><p>Manager of the Engineering Department </p><p> Needed a Multilanguage solution </p><p> Create steel elements to the compulsory </p><p>maximum unit weight. </p><p> Observation of geometric boundary </p><p>conditions for the assembly </p><p> The need to create compensatory </p><p>tolerances that could appear during the </p><p>assembly </p><p> Use Advance Steel, a 3D steel modeling </p><p>and detailing software </p><p> Drawings with 3D views and 3D details for </p><p>easy understanding at site </p><p> Workshop drawings automatically created </p><p>by Advance Steel </p><p>USERS BENEFITS </p><p>CANOPY FOR SHEREMETYCANOPY FOR SHEREMETYCANOPY FOR SHEREMETYCANOPY FOR SHEREMETYEVO INTERNATIONAL AIEVO INTERNATIONAL AIEVO INTERNATIONAL AIEVO INTERNATIONAL AIRPORTRPORTRPORTRPORT </p><p> Heinrich Lamparter Stahlbau &amp; Co. KG GmbH </p><p> Kassel, Germany </p></li><li><p>150 </p><p>ADVANCE STEEL </p><p> More projects on www.graitec.comwww.graitec.comwww.graitec.comwww.graitec.com </p><p> Location: Prunerov II, Czech Republic </p><p> Architecture office: Viktovice Power Engineering </p><p> Contracting authority: CEZ </p><p> Dimensions: 250 x 80 x 80m </p><p> Specifications: 25.000 tons of steel structure </p><p>PROJECT DESCRIPTION </p><p>THE CHALLENGE THE SOLUTION </p><p> Reduction of errors </p><p> Possibility to share full objects data across platform </p><p> Ease of design changes </p><p>"The project required to combine our own </p><p>measurement evaluation software with </p><p>Advance Steel. Without Advance Steel we </p><p>would not have been able to handle the </p><p>whole project. </p><p>Mr. Novotny, </p><p>Managing Director </p><p> Need to measure, check and create the </p><p>model from more than 30.000 elements </p><p>(beams, columns, bracing) </p><p> Size of the task </p><p> Successful import of parts </p><p> Measured by optical methods using </p><p>geodetic total station </p><p> In modeling, the total model was broken </p><p>into logical parts linked together as </p><p>AutoCAD external references xref </p><p>USERS BENEFITS </p><p>VERIFIED 3D MODEL OFVERIFIED 3D MODEL OFVERIFIED 3D MODEL OFVERIFIED 3D MODEL OF STEEL STRUCTURE OF STEEL STRUCTURE OF STEEL STRUCTURE OF STEEL STRUCTURE OF </p><p>PRUNEROV II POWER PLPRUNEROV II POWER PLPRUNEROV II POWER PLPRUNEROV II POWER PLANTANTANTANT </p><p>Noving Ltd </p><p>Vitkovice, Czech Republic </p></li><li><p>150 </p><p>ADVANCE STEEL </p><p> More projects on www.graitec.comwww.graitec.comwww.graitec.comwww.graitec.com </p><p> Location: Canada </p><p> Contracting authority: Shell Canada </p><p> Dimensions: 1,200 mm wide x 3,800 mm </p><p> high compensator connection, pieces of </p><p> channel with a rectangle cross section of </p><p> 4,200 mm (width) x 5,100 mm (height) </p><p> Specifications: rectangular pieces of channels </p><p> with a diameter of 3,400 mm </p><p>PROJECT DESCRIPTION </p><p>THE CHALLENGE THE SOLUTION </p><p> Efficient and precise 3d modeling </p><p> Easy-to-learn and easy-to-handle solution </p><p> Special sheet metal functions </p><p>"Advance Steel allowed us to process the </p><p>entire 3D model data, accelerate the </p><p>creation of all documents and ensured an </p><p>all-around drawing consistency </p><p>Mr. Heuer, </p><p>Construction Engineer </p><p> Need to have the parts unreeled as a </p><p>sheet metal construction </p><p> 3D CAD system </p><p> Automatic functions to get conical parts </p><p> All workshop drawings </p><p>USERS BENEFITS </p><p>AIR INTAKEAIR INTAKEAIR INTAKEAIR INTAKE </p><p> Planungsbro Heuer </p><p>Hattingen, Germany </p></li><li><p>150 </p><p>ADVANCE STEEL </p><p> More projects on www.graitec.comwww.graitec.comwww.graitec.comwww.graitec.com </p><p> Location: Frankfurt, Germany </p><p> Specifications: Total weight of...</p></li></ul>