Recently, BellMont was employed to undertake an inspection of this property by the strata committee in charge of it. During our diagnostic investigations, we discovered that there was a large amount of concrete in the structure that was unsuitable and in need of remediation.
As you can see below, the defects were quite extensive and required some consideration on how to best approach the task at hand. It was decided that the most effective method to repair the damage before it worsened and caused any catastrophic failures, was to use hand applied repair methods.
This approach involves:
Below are some pictures of this process.
Often these defects are a safety concern and will only worsen over time. So if you're concerned about your concrete, don't hesitate to contact us and start the process now.
Shotcrete also known as “gunite” is a widely used speciality concrete or mortar. Unlike the commonly used concrete, shotcrete is projected rapidly onto a prepared surface through a nozzle, rather than cured in a mixer and poured out onto a surface. Depending on the size of the project and amount of concrete required, shotcrete can be applied to a surface either manually or with the use of a machine,using a wet-mix or dry-mix spraying.
This solution is comprised of sand and gravel mixed with cement water. Supplemental fine material additives and chemical additives are then added to create the perfect consistency for the task required.
The use of shotcrete is beneficial for those within the construction industry as:
BellMont have experience with using shotcrete on number of projects which include the retaining wall rectification at Wardell Road, Earlwood, and the croft at Musgrave Street Mosman to name a few . If you are looking to use this material on your building and require our expertise, remember... our help is only a click away!
When it comes to the different parties that are present at a construction site, it is fairly obvious why contractors and managers are there. However, it isn’t always clear what role engineers play on site. While all projects require different tasks, the following is an example of the general roles undertaken by an engineer on site.
You may imagine an engineer as someone who spends most of their time in an office on a computer drawing up plans and writing reports, however, this isn’t always the case during the construction process.
An engineers role on site begins with the initial inspection of the building which involves identifying issues, assessing the nature of them in relation to the buildings overall health and history and reporting back with solutions to be approved by the client.
Once these solutions have been approved, the engineer will supervise the work undertaken by the contractors from time to time to ensure that the job is carried out to specification, on schedule and within the budget. The engineer will also work to ensure that the plans on paper created prior meet the work that is being carried out.
As the project continues the engineer will manage the project and can offer solutions for unforeseen issues should they arise. When all works have been finalised, the engineer will conduct an inspection and review of the building and ensure that the client is satisfied with the structural condition and aesthetic of the building.
Once the client confirms they are happy with the final product, the engineer will head back to the office to write their final reports and get stuck into the next exciting project!
Now that you know the role of an engineer on a construction site, why not go ahead and get in contact with us so we can work our magic and give you the healthy building you desire!
One of the most important things to keep in mind when undertaking a project, are the acts, guidelines and governing bodies concerning the materials and practices used when building. These are all things that you should stay on top and keep an eye for any updates and changes, as they may have a significant impact on your ability to complete or gain the necessary certifications for a job.
With the new year comes a number of changes to the BCA, and we know that it can sometimes be difficult to find the information to asses, let alone find the time in your schedule to familiarise yourself with everything new. That's why we'd like to take this opportunity to briefly outline some of the larger changes for 2019.
The vast majority of changes contained within the latest edition of the BCA are in relation to quantification. According to the Australian Building Codes Board "...an estimated 40% of the codes Performance Requirements will be quantified by either directly or by a NCC Verification Method (VM)."
In conjunction with this there have been changes made to the overall readability of the BCA. Most of these changes revolve around the way that the 3 volumes are governed, formatted and structured of the NCC Online. The idea of these changes are to make the BCA easier to understand, as well as increasing it's accessibility.
There are changes relating to new mandatory Fire Safety Verification Methods, as well as a requirement for Fire Sprinklers to be installed in class 2 & 3 buildings and changes concerning the concession for the use of bonded laminate materials.
There are many more changes to expect in the new edition of the BCA, as well as more information about the ones we have briefly mentioned here. If your interested in seeing and learning more of what to expect, we recommend reading this article from the Australian Building Codes Board website.
We hope that you found this reminder hepful and should you require any engineering services in order to help you complete your new projects this year, don't hesitate to get in touch with us now.