INTERNET OF THINGS IN CONSTRUCTION

whitePaper | June 9, 2022

The built environment needs continuous adaptation to global population changes, the adverse effects of climate change, and evolving occupant requirements. To meet these evolving challenges, architects and engineers require access to highfidelity design simulation tools to accurately predict complex behavior in buildings and cities. SimScale enables architects and engineers to integrate physics-based simulation into their entire design workflow starting from the earliest stages where critical design decisions are made. Rapid assessments of the microclimate impacts on design for example, are now possible using the simple and intuitive workflow in SimScale

whitePaper | June 10, 2022

The coronavirus outbreak (COVID-19), the prolonged quarantine responsesand the enormous economic uncertainty are affecting the normal development of EPC contracts. EPC stands for Engineering, Procurement and Construction and is a prominent form of a contracting agreement in the construction industry. They are not only carried out in the construction sector, but also in other industries such as power generation, oil & gas, petrochemical, chemical, water treatment, mining, among other sectors. The EPC model is used where an owner or employer wishes to engage a contractor to undertake the engineering, procurement and construction of a project. Normally the EPC Contractor has to execute and deliver the project within an agreed time and budget, commonly known as a Lump Sum Turn Key (LSTK) Contract.

whitePaper | March 31, 2022

Today’s product design engineers challenge the limits of computing with computer-aided engineering (CAE) applications. By accelerating the process of pinpointing design flaws and producing higher-quality, better-performing products, these applications enable manufacturers to improve designs and reduce time to market. The key to improving CAE performance and reaching key insights faster is a combination of specific 3rd Generation Intel® Xeon® Scalable processors suited for CAE workloads, the HPE Apollo 2000 Gen10 Plus scale-out server, and close collaboration between Intel®, Hewlett Packard Enterprise (HPE), and CAE application vendors

whitePaper | January 1, 2020

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whitePaper | December 10, 2021

A multiphysics approach to design is of the essence to fully capture the realworld interactions between the physical phenomena at play inside today’s complex products. This means that to develop the best products need to adopt simulation tools capable of handling structural, thermal, and fluid flow behavior with high-fidelity and in a timely manner. Access to CAE simulation tools in the cloud is therefore critical and can offer a competitive advantage, as it enables engineering teams to quickly assess product performance and accelerate design iterations by leveraging its virtually limitless computational power and collaborative nature. Engineers and designers have traditionally been constrained by legacy desktop CAE tools. Neither the computational power available locally, or its associated cost, scale up or down on-demand. N

whitePaper | August 8, 2022

Engineering and construction (E&C) companies have traditionally accepted this volatility as a result of the inherent complexity of jobs: Construction projects bring together contractors, suppliers, equipment, labor, and global supply chains that are more precarious than ever. But one root problem is that most E&C companies are still trying to juggle this high level of complexity with a relatively low level of technology adoption. The construction industry lags far behind nearly all others in digitization, spending less than 2% of revenue on Information Technology