This iconic building sits proudly within the local environment. Our client required us to put a cost, programme and access strategy together to sensitively restore the organic-stained metal roof along with the external façade. Our solution was to visit site and use our equipment and specialist façade steam cleaning solutions to treat and clean… Read More
Building Envelope Design and Other Solutions
Modern building envelopes are high- tech components that must meet several requirements and constraints with regards to architecture/planning, structural performance, energy efficiency, indoor environmental quality, buildability and ultimately, value. As a result, building envelope design has become a specialist discipline where the building envelope engineer (aka façade engineer) collaborates with the other members of the design team to devise a façade that meets the various requirements and constraints.
This is compounded further by the emergence of Adaptive Façades, again using specialists to build a solution for the here and now, not necessarily for the future. However this begs the question as to who brings in the vision and knowledge for understanding the building and the practical information needed to protect and enhance the architect intent of the building fabric.
The role of the building envelope related to the energy performance of a building and the comfort of the user is significant and, under the aspect of sustainability, is becoming increasingly topical.
Since the introduction of the double leafed façade, it is obvious how the climate performance of a building can be an important tool for architectural expression. Climate-orientated architecture is related to all aspects of building. It will affect the design as well as the building process and the construction itself.
Specialists from the fields of architecture, engineering and research were asked to share their practical experience and their visions for the future of the climate-orientated building envelope. This next generation of façades (or building envelopes) consists of multifunctional and highly adaptive systems, where the physical separator between the interior and exterior environment (i.e. the building envelope) is able to change its functions, features or behaviour over time. This happens in response to transient performance requirements and boundary conditions with the aim of improving the overall building performance.
Building skins influence our emotions and behaviour within an urban landscape; the challenge therefore, is to change people’s perceptions in order to influence behavior and design.
More attention should be paid at the design phase to the people and communities that interact within the surrounding space. A more holistic approach to façade design and the role it plays within setting the framework of our future urban landscapes needs to be considered. New designs and engineering will always play a huge part in façade skin design and irrespective of progress in innovation, façades of the future need to consider people and communities, not design egos.
You may also like
Material innovation and creative architectural façades designs will always play a significant role in assisting building sustainability objectives. Innovation must effectively work in line with functionality, aesthetic and commercial returns in order for it to be an attractive and utilised solution. This need is what can often create limitations in their appeal or speed of… Read More
Today’s façades reflect commercial intent, push design boundaries, change environments and showcase engineering capabilities. Are modern day façades merely used as a tool to showcase design progression and engineering egos? Are we considering the façade skin and the role it plays in influencing the urban landscapes of our future? With so much emphasis placed on… Read More
As the global economy tries to recover from its last dip, huge investments are being made in the construction industry, both in established and emerging markets. It’s anticipated that the volume of construction output will grow by more than 70% to achieve an annual worth of $15 trillion worldwide by 2025 (Source: Global Construction Perspectives… Read More