Short articles, YouTube videos, blogs or posts found on the internet or posted on the LSAA Facebook page. (in random order)
If any LSAA member has an article or notices something of interest they could email a link and/or text to blogger @ LSAA.org (no spaces)
A BBC article on current and future thinking in robotic construction and construction monitoring
Lightweight Structures such as cablenets and tensioned fabric structures often exhibit relatively large deformations under changing loads.
Rock climbers will rely on the extension characteristics of their ropes to cushion any fall to a deceleration that the body can withstand.
However the following link points to an extreme case of an engineered net to safely catch a dear-devil sky diver from a 7600m free fall without a parachute.
A parachute is also an example of a tensioned fabric structure which adopts a geometric form in response to applied loads (person plus air resistance).
See: https://www.createdigital.org.au/extreme-engineering-luke-aikins-skydive/ where the source of this image is acknowledged.
Google HQ under construction. A steel frame diagrid with a tension form supported by columns at the high points. Also recommend checking out BIG's page for some context https://big.dk/#projects-gce
Bunjil Place has opened!
This exciting new facility is designed as a cultural hub for the Narre Warren area in Melbourne’s east, and its opening weekend was celebrated with two full days of exhibitions and performances for the community.
Centralised from our Melbourne office, LSAA Member TTW’s team contributed
structural, civil and façade engineering services and worked closely with FJMT Studio and Multiplex to bring this striking multi-functional building to life.
The building's dominant feature is the timber gridshell, the first of its kind in Australia.
Congratulations to all involved in this exciting project!
In Sydney for the past 35 or so years there has been great free pre-Christmas Concerts for families.
The event is held in the Domain, and each year the quite large stage and the canopy is erected.
The founding President of the then MSAA (now the LSAA) was largely responsible for developing the canopy concept.
Vinzenz Sedlak started with a lycra model at a scale of 1:100 and envisaged four masts located near each corner of the stage. Diagonal cross cables spanned between the opposite mast heads and a long front edge cable gave an uninterrupted view of the stage area.
What an iconic venue in the Kings Domain in Melbourne! And Happy 60th Birthday!! WOW
This is a unique tensile cablenet structure was designed by Barry Patten of the Architectural firm Yuncken Freeman Brothers, Griffiths and Simpson. Engineering was done by Irwin Johnstone.
There has been a number of curved and interesting footbridges built recently here in Melbourne. See these pics:
The last of these bridges is curved and the load carrying deck (pedestrians and bicycles) creates significant torsion on the main support spine.
This bridge won a LSAA Design Award in 2016.
However, up in Vietnam, a new elevated footbridge in a heavy tourist region has some big hands appearing to support the bridge.
Check it out at this link!!
Credit to "Designboom.com"
"Enter at your own Risk," a trafficable sticky tape sculpture spanning between the walls and the ceiling at the Des Moines Art Centre, USA.
Other guidelines include:
- max 5 people at a time
- no standing, running or jumping
- wear sox etc ...
Anish Kapoor's Sculpture, "Sectional Body Preparing for Monadic Singularity", 2015. A steel frame clad in PVC
Scattered domes, in a beer garden, to warm up in on a beautifully sunny winters day. Darling harbour, Sydney
The Centaur Pod is the result of a research project between Arup and UNSW. It is a kinematic folded plate structure that defines an internal space such as a meeting room and can change form based on the changing environment or need. The mechanism is powered pneumatically.
North Queensland Stadium construction progress, Townsville. From the video you can see what a great location it is relative the city centre.
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