ScanArm speeds reverse engineering by gathering feature data in one take

whitePaper | August 30, 2021

Advances in technology are transforming how construction sites operate. Handheld mobile devices, drones, sensors, robotics, wearables and more enable companies to interconnect every facet of their projects while collecting and analyzing relevant data, “the new gold.” Moreover, no matter the scope of the work at hand, technology can be adapted, reducing exposure and boosting efficiency. When driven by a new understanding of credible leadership and commitment, this change can lead the industry into a new era of resilient, reliable and safe construction projects.

whitePaper | February 4, 2020

The outlook for the construction industry in 2020 looks promising, with a recent survey undertaken by the Associated General Contractors of America clearly pointing to widespread positive sentiment across the market. With over 680,000 employers and 7,000,000 employees building over $1.3 trillion in structures each year, the industry continues to play an important role in the US economy.

whitePaper | November 11, 2022

Concrete is an outstanding building material. It is widely available, economical, hard and durable like stone, and easy to work with – all attractive properties for the construction industry. However, concrete also has its disadvantages. The cement contained in concrete consumes a lot of energy during its production process and emits large amounts of CO2. This, combined with the enormous demand for concrete and the simultaneous low recycling rate, makes concrete less-than-friendly for the environment.

whitePaper | March 19, 2020

Regenerative solutions are safe method of directing energy back onto the line. These systems can pay back the cost of the regenerative device and the variable frequency drive operating the motor. This article compares a few of the most common regenerative solutions to present the advantages and disadvantages of each.

whitePaper | December 6, 2022

Lower manufacturing costs, more efficient project implementation, and faster completion: The automation of future construction machinery benefits both construction companies and their clients. In bringing the vision of a fully automated construction site to life, Bosch Engineering supports the customer from the very beginning with the development of marketrelevant solutions that ensure sustainable, needs-based automation. In doing so, Bosch Engineering employs an incremental approach encompassing everything from warning assistance functions and partially automated systems that assist the machine operator with specific activities right up to fully automated machinery

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