Test Measurement Features

Picking up bad vibrations: The efficacy of backwards engineering

Picking up bad vibrations: The efficacy of backwards engineering

Backwards engineering is a vital strategy in the engineering toolkit, especially when dealing with intricate systems where the root cause of a problem is not immediately evident. Recent work performed by Stressman Engineering to find the root cause of excessive vibrations on a Norwegian oil rig offers a case in point.

Solving hydrogen’s safety dilemma

Solving hydrogen’s safety dilemma

In industries that work with potentially dangerous gases and substances, risk-mitigating strategies are critical. High-quality HVAC systems can provide peace of mind to those working on shop floors near volatile substances, such as hydrogen. Here, Mark Gallifant, Elta Fans Applied Technology’s Business Development Manager, explains how collaboration and teamwork helped solve a critical problem at Helical Technology.

Intertek increases productivity at Global EV Testing Centre

Intertek increases productivity at Global EV Testing Centre

The test rigs at Intertek’s Global EV Testing Centre of Excellence support the testing requirements of many of the world’s top automotive manufacturers, as well as of Formula E racing teams. The mix of customers and applications includes tests of electric racing vehicles that can accelerate from 0 to 100km/h in 2.8s and reach a top speed of 280km/h.

Testing keeps the turbines going round

Testing keeps the turbines going round

All the way back in 1860, Abraham Lincoln referred to the potential of wind power. “Of all the forces of nature, I should think the wind contains the largest amount of motive power,” he said. Now, wind turbines are running across the globe, generating renewable energy for millions, but what keeps them going? Here, Andrew Keith, Director of Power Prove, explains why rigorous testing is so important in keeping wind farms online.

Crossing the chasm from R&D to production

Crossing the chasm from R&D to production

In today’s fast-paced manufacturing landscape, companies face the challenge of rapidly transforming innovative ideas from the research and development (R&D) stage into viable, volume production processes. However, it is essential to approach this transition in a sustainable manner that considers the environmental impact and ensures long-term success.

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