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Voice of Glodon: The Key to Digital Transformation in Construction Industry
Voice of Glodon: The Key to Digital Transformation in Construction Industry
Over the past century, the development of digital applications in the construction industry has... moreVoice of Glodon: The Key to Digital Transformation in Construction Industry
Voice of Glodon: The Key to Digital Transformation in Construction Industry
Over the past century, the development of digital applications in the construction industry has fallen behind other countries. According to McKinsey Global Institute's Industry Digitalization Index, the construction industry is ranked as the second least digitalized industry in the world.
As awareness of environmental protection has increased over recent years, developing regions have shifted the focus of their development in the construction industry toward high quality and efficiency. Developed regions are paying increased attention to asset operations, maintenance and management. The industry's need for digitalization is becoming increasingly evident. The new type of industrialization of the construction industry should be carried out through digital means. And the previous investment-intensive large-scale growth model should be transformed into a new development model driven by value creation to green the entire value chain and orient industrial transformation and upgrading towards industry-level refinement.
Smart building digital twins have become one of the best vehicles for all stakeholders' efforts throughout the entire project life cycle, to systematically integrate digital applications and optimize productivity and production relations. This involves comprehensive use of information technologies such as sensors, computing and modeling, for description, diagnosis and decision-making in physical space conducted via software definitions, thus ensuring interactive mapping between physical and virtual space.
BIM coordination, a pivotal part of the digital twin application, permits the creation of digital replicas with two-way connectivity to physical entities or processes, facilitating the transfer and integration of asset data at various stages of the life cycle. This information integration through digital twins is made possible by in-depth applications and mature technologies, such as cloud technology, big data, IoT, communication technology and AI. Virtual design permits, for example, the simulated implementation of physical projects, allowing a transition from the virtual to the real, while modeling makes an opposite transition possible. The virtual model can then be linked to the physical using sensing devices and intelligent hardware, permitting a symbiotic, closed-loop mutual mapping of virtual and real interactions. Thus, the digital twin seems set to become a key technological application in the construction industry, one which will play a pivotal role in catalyzing a once-in-a-century leap forward in the industry.
#Smart #building #digital #twin
https://www.glodon.com/en/articles/voice-glodon-key-digital-transformation-construction-industry-237 less
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Developing and Using Digital Twins from Design to Handover
A smart building digital twin can be created at any project or asset life cycle stage. However, the creation of the digital twin, or detailed planning for its creation at an early stage of the... moreDeveloping and Using Digital Twins from Design to Handover
A smart building digital twin can be created at any project or asset life cycle stage. However, the creation of the digital twin, or detailed planning for its creation at an early stage of the life cycle and its use in the pre-project or project stage, is desirable. Based on the type of asset and use case, actions needed during the design, construction and handover phase are different.
Digitial Twins at Design Stage
During the design stage, the main contribution to developing a digital twin is producing and creating digital assets such as BIM, drawings, images, and other types of design data and information about the construction objects and the asset itself. Careful consideration of the consistent classification of elements, and definition of a data dictionary that is complete enough to fulfil the intended use cases, are foundational requirements. Verification and validation of data is essential.
A virtual representation that acts as a representational (graphical) and computational model is developed. The delivery of digital assets during design is guided by the overall information management process adopted for the digital twin.
At the design stage, the careful planning of the sensing layer (e.g. sensors, IoT devices, and asset and facility management system) can also be conducted and integrated with the design of the physical asset. Design specialists, vendors, and suppliers may be involved in specifying the sensing layer at this stage.
The use of the digital twin can enhance the design process and the creation of digital assets. This happens in two ways:
Firstly, by using digital twins, the designers and engineers have an opportunity to model, simulate and conduct what-if scenarios to improve and optimise their design. In a connected environment, they can also see how their asset design fits with existing assets and the surrounding environment. This can be performed at an individual asset scale to a district or city level.
Secondly, the design can be informed by data, information, and evidence received from various sources in a connected ecosystem. This can ensure tight coupling between the design, construction, and operation of built environment assets. Digital twins can improve the built environment's operational efficiency by integrating and automating the historical data and information from downstream processes such as asset management and facility management to inform performance-led design. While not possible on all projects, early involvement of construction and asset and facility management experts, along with the use of digital twins, can enhance the detailed design process.
The opportunity during the design phase is to create simulations of how the asset will operate and how end-users will use it, from traffic flow analysis to occupancy to energy use. By starting with simulations that can be validated in the actual asset, design intent can be carried forward and iterated with actual data once the asset is operational.
Digitial Twins at Digital Construction Stage
The physical asset is stood-up during construction. Large volumes of data are generated, updated, used and stored during construction. This is the stage where as-designed, as-planned, and as-built data about the asset can be merged. Any changes (captured by images, videos, point clouds) during construction can be merged into the virtual representation using the as-built data. The use of BIM and related processes such as 4D and 5D BIM helps streamline the management of data and information during this phase.
In the construction stage, the sensing layer is assembled and installed as part of the physical asset and marked on the virtual representation for handover. As part of the digitisation, further BIM integration into construction, growing site data from digital tools, real-time inventory tracking and prefabrication and industrialised construction are beginning to knit together to improve the information management process during construction.
Taken together, construction teams are now better positioned to create, deploy and use digital twins from the inflow of materials, products and prefabricated components, the models of the asset itself, and the analytics to make those flows of data into valuable insight. Digital twins, in turn, can be effectively deployed during construction. Many site-based processes can be enhanced by using digital twins. Production management, work performance, health, safety, and wellbeing of workers, materials, and equipment tracking, can all benefit from the use of digital twins.
Digitial Twins at Handover Stage
The handover of an asset can be significantly improved when digital twins are used. The traditional handover is generally inefficient and uses a fragmented and siloed approach to passing on the necessary data and information to the asset manager or operator. This may lead to missing information, difficulty assessing critical information or tedious processes due to a lack of interoperability of systems. As-built BIM models have been used to partially overcome these issues, but regular updating of these models with performance data is still a challenge.
As the design and construction process progresses, large volumes of data are generated and updated in the form of models, images, videos, point clouds, etc. This data is only as valuable as the asset manager's ability to access and operate, which can be a huge issue. These as-built BIM models (or asset information models) are still document-centric, do not provide a virtual-physical-virtual loop, come together towards the end of the project, and do not use recommended information management processes and practices.
On the other hand, a digital twin will allow a knowledge graph of the real world entity to be composed based on a selected ontology that represents the various entities, their interrelationships and the information associated with them, integrated from many data sources, one of them being the as-built models (or asset information models).
The digital twin collates all the handover information into a cohesive information model that is easy to access, use, and update during the operation, maintenance, renewal and end-of-life stages. Applicable to both new and existing facilities, a digital twin promotes best information management practices, reduces risks, and captures performance data and knowledge. As the creation of the digital twin begins early, the design and construction teams can continuously stage and validate asset data to assure data quality and accelerate and enhance the handover process.
#smart #building #digital #twin
https://www.glodon.com/en/articles/developing-and-using-digital-twins-design-handover-209 less
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Are you finding the best quality Screws for Industrial Requirements?
Here you will find the long-lasting barrel and screw, which will sustain the various manufacturing condition. So there are serves as higher wear resistance and are more durable. Here... moreAre you finding the best quality Screws for Industrial Requirements?
Here you will find the long-lasting barrel and screw, which will sustain the various manufacturing condition. So there are serves as higher wear resistance and are more durable. Here you will find the best design and manufacture of screws, barrels and extruders, which will reach the customer's expectations.
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CNC LATHE ADVANTAGES
Imported spindle unit specially ordered according to industry needs. V-ribbed belt transmission, more stable.
Multiple sealing structures, prolong service life.
Φ180 combined bearing, compared with Φ160 bearing combination... moreCNC LATHE ADVANTAGES
Imported spindle unit specially ordered according to industry needs. V-ribbed belt transmission, more stable.
Multiple sealing structures, prolong service life.
Φ180 combined bearing, compared with Φ160 bearing combination configured by other manufacturers, further improves rigidity, load-carrying capacity, and stability.
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https://www.deedmachinetool.com/products/cnc-lathe/ less
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Twin Tub Washing Machine
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Nowadays, the twin tub washing machine sold in the domestic market is composed of a washing bucket and a dehydrating bucket.... moreTwin Tub Washing Machine
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Nowadays, the twin tub washing machine sold in the domestic market is composed of a washing bucket and a dehydrating bucket. Washing and dehydration can be carried out separately. However, when washing, water intake and drainage must be completed manually. This kind of washing machine has high cleanliness and consumes The washing and dehydration time can be arbitrarily selected. The washing time can generally be selected from 0 to 15 minutes. The dehydration time can generally be selected from 0 to 5 minutes. less
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SJSZ Conical Twin Screw Extruder
#conical #twin #screw #extruder #design
1. Gentle moulding design guarantees the quality of the matter.
2. Very dependable valid design theory guaranteed the dependable operation of extruding. The special big torque... moreSJSZ Conical Twin Screw Extruder
#conical #twin #screw #extruder #design
1. Gentle moulding design guarantees the quality of the matter.
2. Very dependable valid design theory guaranteed the dependable operation of extruding. The special big torque drive system, gear tooth and shaft are high-intensity alloy steel and are treated by the cementite and tooth grinding.
3. The fresh development screw may be applicable to the dispensation having a great amount of padding and guarantee the degree of filling up and the optimum stuff runs distributing of material in a screw.
4. Screw with core temperature regulation unit and well barrel cool guaranteed the exact control of technology temperature of the material.
5.Matching with a different standard of pipe die and the auxiliary device it is used to extrude different pipe, plate, profile and soft and rigid PVC granulation.
https://www.kailitemachinery.com/products/sjsz-conical-twin-screw-extruders/ less
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n-screw extruders, which are widely used in the fields of polyolefin, engineering plastics, color masterbatch, functional masterbatch, elastomer, biodegradation, wire and cable, reactive extrusion, devolation, ultra-high molecular weight polyethylene,... moren-screw extruders, which are widely used in the fields of polyolefin, engineering plastics, color masterbatch, functional masterbatch, elastomer, biodegradation, wire and cable, reactive extrusion, devolation, ultra-high molecular weight polyethylene, lithium battery separator, etc. With the same process, Nanjing KY Chemical Machinery Co., Ltd. can provide you with a perfect solution.
#lab #twin #screw #extruder
http://www.keyatwinscrew.com/application/compounding.html less
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