ENGINEERING TECH

The Efficiency of BIM for Bridges

July 14, 2021

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When the Tamina Bridge in the Swiss Alps was first proposed, the engineers were uncertain how they would create a bridge that spanned two different heights at each end of the valley, at a height of 220m (772 feet) above ground. Yet despite these challenges, the bridge was completed a year ahead of schedule in just four years – mainly due to the efficiencies that Building Information Modelling (BIM) provided. While the name may inadvertently imply that only buildings can benefit, BIM offers a host of advantages when designing and building bridges as well.

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Raba Kistner

Welcome to the Raba Kistner family of companies. As we enter into our 50th year in business, we are proud to offer key risk management services to our clients for the complete Life Cycle of their capital investments. These services are designed to enhance and protect our clients success: from the planning stage, to services during the design and construction phase, through to operations and maintenance.

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ENGINEERING TECH

Evolving how strategic infrastructure projects secure planning approval in the UK

Article | July 20, 2021

The Ministry of Housing, Communities and Local Government has recently launched an operational review of the Nationally Significant Infrastructure Projects (NSIP) regime. This regime, established in 2008, was put in place to bypass local planning approval for projects that had a predominately national rather than a local impact. Over the last few years, the regime has taken a significant battering with ‘development consent’ (the granting of planning approval) for major infrastructure programmes being brought before court due to the corresponding National Policy Statement (used to determine if a project is in line with government ambition) being out of date with latest government policy. The most notable example being a third runway at Heathrow. This highlights that something is wrong with turning strategic policy intent into decisions on granting development consent.

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ENGINEERING TECH

Where we are now: reflecting on 5 years of State of the Nation

Article | June 16, 2021

The UK has undergone five years of unprecedented change while facing up to long-term challenges, such as reducing regional inequalities and mitigating the impact of climate change. Over that period, ICE’s annual State of the Nation reports have set out a range of policy interventions aimed at ensuring the UK has the high-performing infrastructure needed to meet those challenges. Each report has focused on major cross-cutting infrastructure issues, including devolution and reaching net-zero greenhouse gas emissions.

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ENGINEERING TECH

Three years on from the UK's National Infrastructure Assessment - how should we evolve strategic infrastructure planning?

Article | July 12, 2021

Major infrastructure interventions come with significant uncertainty – this is something explored before before. Provision of high quality infrastructure is a challenge faced by every government around the world, and there are many uncertainties around the planning and funding of these schemes that have to be weighed up and balanced. The Enabling Better Infrastructure (EBI) programme encapsulated best practice principles from around the world. We have dipped into this best practice toolkit to underpin our review of the UK’s strategic infrastructure planning system led by the National Infrastructure Commission (NIC), the results of which we have published today.

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ENGINEERING TECH

3 IMPORTANT STEPS TO REVERSE ENGINEERING A PART

Article | April 8, 2021

Over the past 120 years, there has been a production of millions of machine parts and products worldwide. However, few of these products are still relevant over the years because of the technological advancement, but lots of old parts used in machines are still in use. When a part breaks down or malfunctions, it is usually replaced using a process known as reverse engineering. There are many things that can be learned from a machine or software, just from reverse engineering. This is because the concept behind the reverse engineering process is to break something down to help understand it, and the engineer can then build a copy or try to improve it. Furthermore, there is a need for a reverse engineering design process as the technology advances to ensure the existing manufacturing systems’ continuity. Reverse engineering is an important process for everybody as we will be forced to replace entire machines without it. In this article, we will break down everything you need to know about reverse engineering, from reverse engineering to reverse engineering processes.

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Spotlight

Raba Kistner

Welcome to the Raba Kistner family of companies. As we enter into our 50th year in business, we are proud to offer key risk management services to our clients for the complete Life Cycle of their capital investments. These services are designed to enhance and protect our clients success: from the planning stage, to services during the design and construction phase, through to operations and maintenance.

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