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BIM software(Test) - List of Manufacturers, Suppliers, Companies and Products

BIM software Product List

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[BIM Software Implementation Case Study] Karasuma Racecourse Redevelopment Project

[BIM Software Implementation Case Study] Karasuma Racecourse Redevelopment Project

Tekla is effective for designing buildings with large curves! Examples from redevelopment projects such as spectator stands.

The redevelopment of the Karasuyama Racecourse is a project to construct world-class facilities. The company responsible for the project is handling everything from design to detailed design, manufacturing, and the construction of the main viewing stand roof using a 45-meter cantilever beam. The very complex roof shape had significant restrictions on deflection and allowable tolerances, but by utilizing "BIM" and "Tekla Structures," they conducted precise detailed design that considered the use of fabrication drawings. [Case Overview] ■ Challenge: The very complex roof shape had significant restrictions on deflection and allowable tolerances. ■ Results - Achieved precise detailed design that considered the use of fabrication drawings. - Tekla is very effective for designing buildings with large curves, like the Karasuyama Racecourse. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special website below ⇩

  • 2D CAD Construction
  • 3D CAD
  • Modeler

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[BIM Software Implementation Case] Heating Furnace for Oil Refining Plant

[BIM Software Implementation Case] Heating Furnace for Oil Refining Plant

The model object perfectly matches the blueprint! The design team is flexible in responding to major changes!

In this project, we are engineering a heating furnace with an air preheater, platform, and auxiliary support structures. There were two major challenges in this project. The first was the need to fit equipment into the confined space of the existing plant, while also facing constraints in the work area due to project specifications and equipment requirements. Through three-dimensional modeling with "Tekla Structures," we were able to accurately understand all requirements early in the project, evaluate the pros and cons of possible options, and confirm accessibility. The next challenge arose from layout changes to the equipment that occurred later in the project, necessitating extensive additional design work that affected both structural components and auxiliary support structures. Since the model objects perfectly matched the design drawings, the design team was able to respond flexibly to significant changes, mitigate impacts on the project schedule, and proactively avoid serious issues that could arise in design and fabrication. *For more details, please feel free to contact us. ⇩ The catalog can be downloaded from the special site below ⇩*

  • 3D CAD
  • antenna
  • 2D CAD Construction

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[BIM Software Implementation Case Study] Agora Evry Arena

[BIM Software Implementation Case Study] Agora Evry Arena

Even when faced with unexpected challenges, it became possible to continue working by utilizing Tekla Model Sharing.

This construction is a renovation project for the Agora Evry Arena, which was built as an auditorium in 1970. At that time, it was a complex project that required high technical skills, and the expertise of the Bordan Châtauneuf team was necessary for the construction. The first challenge of this project was to recreate the design model of the existing building from scratch in order to add a new structure. The modeling was based on a manual created by Bordan Châtauneuf in 1970. Using point cloud data obtained from a 3D scan of the existing structure, the components were adjusted by a few centimeters. It was confirmed that the measured point cloud data had position information very close to that of the actual building. This "research" faced several unexpected challenges, but despite the difficulties, it became possible to continue working by utilizing Tekla ModelSharing.

  • 3D CAD
  • 2D CAD Construction
  • antenna

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[BIM Software Implementation Case Study] Forum Groningen

[BIM Software Implementation Case Study] Forum Groningen

The created drawings total over 28,000 sheets! Temporary support structures used during installation have also been modeled!

The steel structure of the Forum Groningen, designed by NL Architects, consists of eight steel "masses" made of spatial trusses fixed on two concrete cores that serve as the foundation. These concrete cores are connected at the top by a bridge structure, designed to have deflections in separate directions, requiring the steel "masses" to also face in their respective directions. The detailed design, fabrication, assembly, tolerance assurance, and logistics of such a twisted structure proved to be complex, presenting significant challenges. As a result, all of the main structure, as well as the supporting structure of the facade made of natural stone that moves in three directions (2,600 tons), were modeled using Tekla. The design, modeling, production drawing creation, fabrication, and installation were carried out concurrently at two locations, but were executed on schedule thanks to the collaboration of the engineering team. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special site below ⇩

  • 3D CAD

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[BIM Software Implementation Case] AFAS Stadium

[BIM Software Implementation Case] AFAS Stadium

An example of minimizing miscommunication and work-related errors!

In August 2019, part of the roof of the Morenaar Stand at AFAS Stadium collapsed due to strong winds. Fortunately, there were no matches taking place, and no injuries were reported, but the damage was significant. There was a design flaw in the structural joints, with insufficient thickness in the welds, and damage from strong winds experienced in the past contributed to the collapse. At the end of 2019, ASK Romein was selected for the design and structural engineering, and they began collaborating with BAM Bouw en Techniek. BIM was maximally utilized throughout the engineering process, enabling clear communication among project stakeholders and seamless interaction between different software. Since there are many points of contact between the existing structure and the new structure, point cloud data measured with a 3D scanner is being used in the engineering and assembly processes. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special website below ⇩

  • 3D CAD
  • antenna
  • 2D CAD Construction

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[BIM Software Implementation Case Study] Shopping Center Project

[BIM Software Implementation Case Study] Shopping Center Project

Achieving High Quality! A Case Study on Effectively Utilizing BIM Models as a Communication Tool

About 100 years ago, Porin Puuvilla was used as a spinning mill, and in 2014, it was transformed into a large shopping center with offices, a housing sales center, warehouses, and parking, while retaining some of the factory's features. The 13 companies involved in this large-scale renovation project utilized model-based design and leveraged BIM throughout the project, significantly improving the construction process and the quality of the building. Parma, which handled the design, manufacturing, and construction of precast concrete, worked on BIM within a very tight schedule. They not only extensively utilized rich model information in manufacturing and construction but also focused on modeling with consideration for the needs of all stakeholders, facilitating collaboration among them at each phase. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩The catalog can be downloaded from the special website below⇩

  • Other CAD related software
  • 2D CAD Construction
  • Modeler

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[BIM Software Implementation Case] Brominmaki Wastewater Treatment Facility

[BIM Software Implementation Case] Brominmaki Wastewater Treatment Facility

Structural design is carried out entirely based on BIM! We will introduce a case that achieved the management of a vast amount of data.

The new wastewater treatment facility being constructed in Blominmäki, Espoo, Finland, has a high processing capacity and can remove 99% of phosphorus from water. This facility, which has buildings and storage tanks installed on a site of over 10 hectares, utilizes Nordic construction methods for underground excavation. The project is diverse and presents many challenges, while also featuring a very interesting design. The biggest challenge has been managing the vast amount of data handled in the project. The design employs numerous modeling software, including "Tekla Structures" and "Trimble Connect." Additionally, all structural design is carried out based on BIM and is modeled in greater detail than the level of detail (LOD) specified by Finland's COBIM. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special website below ⇩

  • 2D CAD Construction
  • 3D CAD
  • Modeler

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[BIM Software Implementation Case Study] Mechanical (Cultural Center)

[BIM Software Implementation Case Study] Mechanical (Cultural Center)

Adopting an appropriate solution! A case where work was coordinated through open communication.

This project connects two reinforced concrete structures using steel trusses with concrete slabs on each floor. The complexity of the joints in the steel structure, as well as the joints between the steel and reinforced concrete structures, increased due to their shapes and angles, becoming a challenge for the project. By maintaining open communication among the design architects, structural engineers, and fabrication team, we were able to smoothly discuss and adopt appropriate solutions even for very challenging aspects of the overall steel construction. 【Case Overview】 ■Challenges - Complexity of the joints in the steel structure - Increased complexity of the joints between the steel and reinforced concrete structures due to their shapes and angles ■Result: We were able to adopt appropriate solutions *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩The catalog can be downloaded from the special website below⇩

  • Software (middle, driver, security, etc.)
  • Other CAD related software

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[BIM Software Implementation Case Study] Stadium Renovation Project

[BIM Software Implementation Case Study] Stadium Renovation Project

Transmitting vertical loads to two linked pendulums! Introducing a case where circulation within the stadium has improved!

We would like to introduce a case study on the introduction of BIM software for the Santiago Bernabéu Stadium renovation project. The new fixed roof, which uses over 9,000 tons of steel, consists of two trusses spanning 177 meters in length and four cross trusses measuring 144 meters in length. This roof is retractable and splits into two panels that slide over the inner cross trusses. The panels are made up of five air-inflatable cushions measuring 72×7 meters, positioned between six steel hybrid trusses with a span of 72.5 meters. Additionally, during the assembly process, the main truss, which served as a guide for the other trusses, transmits vertical loads to two new evacuation towers on the west side and two linked pendulums integrated into the building on the east side, while completely isolating horizontal loads from the existing structure. The redevelopment of the stadium also includes the installation of a video scoreboard. *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩ The catalog can be downloaded from the special site below ⇩

  • 3D CAD

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"Six Things to Check When Introducing BIM" Basic Knowledge Materials Provided!

"Six Things to Check When Introducing BIM" Basic Knowledge Materials Provided!

A must-read before introducing new BIM or replacing existing ones! A compilation of checkpoints to consider for selecting the appropriate BIM solution!

Choosing which BIM software to select is a very important factor related to a company's competitiveness. There are many points to consider when selecting a BIM solution and many things to confirm with each vendor, but we have summarized the six most important points in a checklist. Please make use of this when implementing BIM. 【Content (Excerpt)】 《check1》Sharing BIM information among project participants 《check2》Efficient modeling and flexible response to design changes 《check3》Smooth editing of BIM models for large projects ⇩ You can download the continuation of the checklist and details from the special site or the PDF button below ⇩

  • 2D CAD Construction

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BIM software [Revit] world standard tool

BIM software [Revit] world standard tool

BIM software that excels in all aspects such as design, structure, equipment, and construction is 'Autodesk Revit'.

◆What is BIM? An abbreviation for Building Information Modeling. It is a "concept" aimed at improving the productivity of building design and construction. The Ministry of Land, Infrastructure, Transport and Tourism is promoting the BIM acceleration project for architecture in 2023 and the application of BIM/CIM principles for civil engineering, leading to the adoption of BIM not only by large general contractors but also by small and medium-sized enterprises. ◆Main Features of Autodesk Revit - A world-standard BIM tool for structural design - Active in all processes including design, structure, equipment, and construction - Prevents rework by creating building models that closely resemble the actual structure - Enables collaboration and modifications anytime and anywhere by utilizing cloud features There are various other functions and benefits! *For more details, please refer to the materials or feel free to contact us.

  • 3D CAD
  • Modeler
  • Workflow System

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[BIM Software Implementation Case Study] Tripla Project

[BIM Software Implementation Case Study] Tripla Project

Expanding the scope of BIM application and demonstrating its effectiveness in various processes! Case studies from large-scale construction sites.

The development project of Tripla, located in the center of Pasila, Helsinki, the capital of Finland, utilizes BIM tools for various design tasks. The project's procurement team efficiently calculates quantities of construction materials by leveraging the BIM model. "Tekla Structures" allows for the aggregation and classification of cost estimation information under various conditions, enabling the visualization of costs at detailed levels, such as by work process or contractor, which aids in accurately understanding estimated prices. Additionally, the Tekla model has achieved significant results in examining the feasibility of construction, such as investigating the delivery routes for escalators to be installed within the building. [Case Overview] ■ Implementation Site: Tripla Project (Helsinki, Finland) *For more details, please refer to the PDF materials or feel free to contact us. (If the PDF button is not displayed) ⇩The catalog can be downloaded from the special site below⇩

  • 3D CAD
  • 2D CAD Construction
  • antenna

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[BIM Software Implementation Case Study] Tampere Deck Arena

[BIM Software Implementation Case Study] Tampere Deck Arena

Utilizing BIM in all designs! A case of a unique activity complex located above the railway in the city center.

The Tampere Deck Arena project is part of a large-scale development taking place around the central station of Finland's third-largest city. The construction of a unique activity complex that has emerged above the railway tracks in downtown Tampere was a highly unusual and challenging project even on an international level. The scale of construction, the complexity arising from various design requirements, the number of stakeholders involved, and overlapping responsibilities were challenges for the project, but these issues were resolved by combining various BIM models. One of the challenges faced by the designers was the coordination of interference issues that would have been unmanageable without the use of BIM for a project of this scale. By utilizing BIM, adjustments to the structures around the railway tracks and the positioning of ceilings and equipment were carried out without any problems. A large number of engineers participated in this project, and advanced BIM software was helpful when explaining construction decisions. Additionally, the use of BIM software allowed designers and other project stakeholders to focus on key tasks such as design and project management.

  • 3D CAD
  • 2D CAD Construction
  • antenna

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