Winners to be selected and announced at Bentley’s
Year in Infrastructure 2018 Conference, October 15-18 in London
EXTON, Pa. – August 7, 2018 – Bentley Systems, Incorporated, a leading global provider of comprehensive software solutions for advancing infrastructure, today announced the finalists in the Year in Infrastructure 2018 Awards program. The annual awards program honors the extraordinary work of Bentley users advancing infrastructure design, construction, and operations throughout the world. Twelve independent jury panels of distinguished industry experts selected the 57 finalists from 420 nominations submitted by more than 340 user organizations around the world.
The finalists for Year in Infrastructure 2018 awards for going digital advancements in infrastructure are:
Bridges
• GS E&C Corporation – Jungkun~Jinjeong Bypass Road (Sueo-chon Bridge) – Gwangyang,
Jeolla-Namdo, South Korea
• Indian Railways – Reality modeling facilitates efficient planning, construction and monitoring of
Chenab Bridge – Reasi District, Jammu & Kashmir, India
• PT. WIJAYA KARYA (Persero) Tbk – Design and Build of Road Bridge at Teluk Lamong Port Project – Gresik-Surabaya, East Java, Indonesia
Buildings and Campuses
• Anil Verma Associates, Inc. – Regional Connector Transit Corridor (RCTC) – Los Angeles,
California, United States
• Shalom Baranes Associates – Cannon House Office Building Renewal – Washington,
District of Columbia, United States
• Voyants Solutions Private Limited – Station Development plan for Gwalior Railway Station –
Gwalior, Madhya Pradesh, India
Communications Networks
• iForte Solusi Infotek – iForte Fiber Management System – Jakarta, Indonesia
• PT. Linknet – Linknet Operation Center – Jakarta, Indonesia
• SiteSee – Advancing Telecommunications – Brisbane, Queensland, Australia
Construction
• AAEngineering Group, LLP – Phase II of Pustynnoe Gold Plant: modernization and capacity
increase – Balkhash, Karaganda region, Kazakhstan
• Lendlease Engineering – New bridge over the Richmond River at Broadwater – Ballina, New South
Wales, Australia
• Tianjin Tianhe-Cloud Building Engineering Technology Co., Ltd. and China State Construction
Bridge Co., Ltd. – Main Channel Road Project of Ningbo-Zhoushan Port (Zhoudai Bridge)
– Zhoushan, Zhejiang, China
Digital Cities
• Avineon India Pvt. Ltd. – Digital 3D Building Model of Rotterdam – Rotterdam, Netherlands
• CCCC Water Transportation Consultants Co., Ltd. – BIM Technology Application in the
Municipal Infrastructure Phase I Project of Zhong-Guan-Cun Science and Technology
Town – Baodi District, Tianjin City, China
• Yunnan Yunling Engineering Cost Consultation Co., Ltd. – New Municipal Road Construction PPP
Project of the Municipal Public Facility Construction Project of Guandu Culture New City –
Kunming, Yunnan, China
Environmental Engineering
• China Water Resources Pearl River Planning Surveying & Designing Co., Ltd. –
Jiangxi Xinjiang Bazizui Navigation-Power Junction Project – Shangrao, Jiangxi, China
• PT. WIJAYA KARYA (Persero) Tbk – Landslide Disaster Protection Project on the National Road
Network – Cianjur, West Java, Indonesia
• Setec-Terrasol – Extension L11 – Adaptation of the Mairie des Lilas Station – Paris, France
Manufacturing
• Brownfield Engineering Sdn. Bhd. – Propose 48MW Large Scale Solar (LSS) Project –
Kudat, Sabah, Malaysia
• Digital Engineering (BIM) Center of Shenyang Aluminum & Magnesium Engineering & Research
Institute Co., Ltd. – Alumina Refinery Project Cooperated between CHALCO and Indonesia –
Bukit Batu, West Kalimantan, Indonesia
• Toshiba Transmission and Distribution Systems Asia Sdn. Bhd. – Integration of SCADA System
with Electrical Panels for Brunei National Control Center – Brunei Darussalam
Mining and Offshore Engineering
• CADDS Group Pty Ltd – Rio Tinto Iron Ore Sentry Guarding Project – Dampier,
Western Australia, Australia
• Northern Engineering & Technology Incorporation, MCC – SINO Iron Ore Mine – Perth,
Western Australia, Australia
• POWERCHINA Huadong Engineering Corporation Limited – Jiangsu Offshore Wind Farm –
Jiangsu Province, China
Power Generation
• JSC ATOMPROEKT – Hanhikivi 1 Nuclear Power Plant – Northern Ostrobothnia Region, Finland
• Northwest Electric Power Design Institute Co., Ltd. of China Power Engineering Consulting Group –
Huaneng Ningxia Dam Power Plant Stage â…£ project – Qingtongxia, Ningxia Hui autonomous
region, China
• Sacyr Somague – Hydroelectric use of the Foz Tua Dam – Foz Tua, Alijó- Vila Real, Portugal
Project Delivery
• AECOM – Gaining New Perspective through ProjectWise Insights – United Kingdom
• Arup – Arup Australasia Project Systems Team – Brisbane, Queensland, Australia
• Dragados SA & Transport for London – Bank Station Capacity Upgrade – London, United Kingdom
Rail and Transit
• China Railway Engineering Consulting Group Co., Ltd. – BIM Project for the Beijing-Zhangjiakou
High-speed Railway – Beijing, China
• Italferr S.p.A. – Naples-Bari Route, Apice-Orsara Double Railway Line, Hirpinia-Orsara Operational
Lot – Provinces of Avellino and Foggia, Italy
• Skanska Costain Strabag Joint Venture (SCS) – Hs2 Main Works Lots S1 and S2 – London,
United Kingdom
Reality Modeling
• Hong Kong Science & Technology Parks Corporation & Chain Technology Development Co. Limited
– Smart Campus of the Hong Kong Science Park – Hong Kong, China
• Skand Pty Ltd – Building Envelope Inspection Powered by Machine Learning and Reality Modeling
for RMIT University Brunswick Campus – Victoria, Australia
• Transport for London - Major Projects Directorate – Deep Tube Upgrade Programme -
Piccadilly Line Upgrade – London, United Kingdom
Road and Rail Asset Performance
• CSX Transportation – Annual Patch Rail Capital Planning – Jacksonville, Florida, United States
• Illinois Department of Transportation – Oversize-Overweight Truck Permitting System –
Springfield, Illinois, United States
• Maharashtra Metro Rail Corporation Ltd. – Nagpur Metro Asset Information Management System – Nagpur, Maharashtra, India
Roads and Highways
• Alabama Department of Transportation – Birmingham, AL I-59/I-20 Corridor Project –
Birmingham, Alabama, United States
• Henan Provincial Communications Planning & Design Institute Co., Ltd. – BIM-based Further
Design and Digital Construction of the Yaoshan-Luanchuan Section Project in the
Zhengzhou-Xixia Expressway – Luoyang, Henan, China
• Lebuhraya Borneo Utara – Pan Borneo Highway Sarawak – Sarawak, Malaysia
Structural Engineering
• Arab Engineering Bureau – Burj Alfardan – Lusail, Qatar
• Shilp Consulting Engineers – Alambagh Bus Terminal – Lucknow, Uttar Pradesh, India
• VYOM Consultants – K10 Grand Commercial High Rise – Vadodara, Gujarat, India
Utilities and Industrial Asset Performance
• Oman Gas Company S.A.O.C. – Asset Performance Solution for Reliability Management –
Al-Khuwair, Muscat, Oman
• Vedanta Limited - Cairn Oil and Gas – Well Integrity and Flow Assurance Management –
States of Rajasthan, Andhra Pradesh, and Gujarat, India
• Volgogradnefteproekt LLC – Object Modeling and Life Cycle Management: Project Implementation
and Commissioning – Volgograd region, Russia
Utilities Transmission and Distribution
• Northeast Electric Power Design Institute Co., Ltd. of China Power Engineering Consulting Group –
New project of a 750 kV substation in the Bortala Mongol Autonomous Prefecture – Bortala
Mongol, Xinjiang Uyghur, China
• Pestech International Berhad – Substation Design & Automation for Olak Lempit
Substation Project – Banting, Selangor, Malaysia
• POWERCHINA Hubei Electric Engineering Corporation Limited – Cha'anling-Xiaojiazhou
220 kV Electric Transmission Line Project – Xianning, Hubei, China
Water and Wastewater Treatment Plants
• MCC Capital Engineering & Research Incorporation Limited – 400,000 ton/day Water Supply
Project of Wenjiang District, Chengdu City – Chengdu, Sichuan, China
• Shanghai Civil Engineering Co., Ltd of CREC – Civil engineering of the Beihu sewage treatment
plant and auxiliary project – Wuhan, Hubei, China
• Suez Water Technologies & Solutions – Ultra Pure Water Project 1 GW Manufacturing Solar Silicon
PV Cells & Modules – Kutch, Gujarat, India
Water, Wastewater, and Stormwater Networks
• Beijing Institute of Water – Beijing South-to-North Water Diversion Auxiliary Project: Hexi
Branch Project – Beijing, China
• DTK Hydronet Solutions – Conceptioneering and Master Planning of Bankura Multi Village
Bulk Water Supply Scheme – Bankura, West Bengal, India
• NJS Engineers India P Limited – JICA Assisted Agra Water Supply Project – Agra,
Uttar Pradesh, India
The finalists will present their innovative projects to their peers, the jurors, industry thought leaders, and more than 130 members of the media as part of related infrastructure forums at Bentley’s Year in Infrastructure 2018 Conference, to be held later this year, October 15 through 18, in London at the Hilton London Metropole.
Chris Barron, Bentley Systems’ chief communications officer, said, “The Year in Infrastructure Conference is an ideal opportunity for infrastructure leaders from around the world to network with their peers, and learn about technologies and best practices to accelerate their organizations’ digital advancement. As part of the conference, we are pleased to congratulate and acknowledge the awards program finalists for their excellent work, and to provide conference attendees with the chance to meet the finalists and watch their project presentations, which represent this year’s most outstanding going digital advancements in infrastructure.”
This year’s conference will include:
• thought-provoking keynotes by industry leaders including Chair of National Infrastructure
Commission for the UK, Sir John Armitt, and Chief Strategy Officer for Siemens AG,
Dr. Horst J. Kayser
• Digital Advancement Academies—interactive half-day learning sessions led by subject matter
experts in their areas of expertise including BIM advancement, construction, constructioneering,
digital advancement research, process industries, and reality modeling
• live technology presentations and panel discussions from Bentley’s strategic partners – Microsoft,
Siemens, and Topcon
• opportunities for attendees to meet for one-on-one discussions with awards finalists
• informative industry forums and panel discussions
• Year in Infrastructure Awards finalists’ presentations on October 16 and 17
• evening ceremony and gala featuring announcement of the Year in Infrastructure Awards winners
on October 18
View the Year in Infrastructure 2018 Conference agenda.
To view a searchable collection of innovative infrastructure projects from the annual Year in Infrastructure Awards program, access Bentley’s Infrastructure Yearbooks.
For those you attending AU to learn about automating the creation of rebar shop drawings from Revit, how about using the Revit model to drive rebar fabrication machinery directly? Come learn how industry leading rebar MIS software company aSa can use Revit models to streamline the rebar supply chain, from rebar estimating through detailing, fabrication and installation.
Do not wait and sign up for this class now.
Update My Feed PreferencesI would like to start a series of tutorials to help you get started with reinforced concrete structures in Autodesk Revit. At the very beginning please download a dataset to have a starting point of the series.
Autodesk Revit software provides tools for modeling 3D concrete reinforcement in an advanced Building Information Modeling (BIM) environment. This series provides insight into how to use these tools in the best way for creating complete, detailed, and accurate reinforcement design. You will learn how to use the standard reinforcement modeling, drawing, and scheduling tools.
In the first series of steps, you set up rebar covers.Â
1. Open …\Concrete Frame.rvt file.
Reinforcements are added to concrete structural members based on the design reinforcement. In Autodesk Revit, you can add reinforcements to concrete structural members such as floors, beams, columns, and others by using various tools.
In Revit you can model regular reinforcement and wire fabric reinforcement. There are a number of categories assigned for these reinforcement types, and they all behave and interconnect differently.
Before we actually start using the rebar tools we should have a short look at an important setting for all our reinforcement: The Rebar Cover Settings.
The cover settings define the offset distance of the bars from the face of the rebar host.
2. Go to the Structure tab and locate the Reinforcement panel. Expand the drop-down box and click on Rebar Cover Settings.
3. Rebar Cover Settings is a simple dialogue where you can add all the different covers you need in the project. Find the existing XD1\XC3/4 (C32/40,0.55,320) cover and change its value to 30 mm and click OK.
4. On the Structure tab click the Cover button.
The Cover tool is used to edit the cover settings in the entire length of the host of a rebar. The host of a rebar can be a beam, column, slab, floor, or a generic object.
5. On the Options Bar, click Pick Elements to pick an entire element.
6. Select all beam elements which will be modified and change their cover to XD1\XC3/4 (C32/40,0.55,320) then press the Esc key.
7. Select one of the beams and review the cover settings in the Properties dialog.
It’s important to get the cover settings right because all (well, almost all) modeled reinforcements are slaves to the cover. The Cover Settings can of course be changed in your model over time, but experience shows that this can disrupt your model and schedules.
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Update My Feed PreferencesOur geotechnical industry partners, Keynetix, after man years of re-development the new look HoleBASE SI Extension for AutoCAD Civil 3D has been released to all users and to celebrate its launch they are doing 30 minutes of training and questions on line.
(This is an extended version of the Autodesk Geotechnical Module which is available via Keynetix)
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This webinar will be an excellent introduction to the powerful features now included in the AutoCAD Civil 3D Extension and will be a valuable webinar if you are:-
1.           Currently using the previous release of the HoleBASE SI Extension for AutoCAD Civil
2.           Using the Autodesk Geotechnical Module and looking to have more functionality
3.           Currently using Civil 3D for your BIM integration and need to integrate subsurface data.
During this webinar you will learn how to:-
•            Create 3D borehole representations
•            Create AutoCAD Civil surfaces based on any parameter in the database
•            Create dynamic sections
•            Create contour plots and point maps based on any number of criteria
To register for the webinar please visit https://www1.gotomeeting.com/register/488505585.
For more information on HoleBASE SI and the extension for AutoCAD Civil 3D, click visit http://www.keynetix.com/holebase/civil3d/
Update My Feed Preferences
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