Architectural Framing System Commonly Knownâ€Myassignmenthelp.Com

Question: Discuss about the Architectural Framing Systems? Answer: Introducation The Architectural Framing system commonly known as AFS walls is a polymer based structure which comprises of fibre cement sheets which are made up of sand, cellulose fibres (wood fibres) and cement. These walls are welded together with galvanized steel stud frames on both sides. The major functioning of galvanized steel and reinforced fibre cement sheets with their mechanical properties helps to boost the robustness and strengths of these walls. The physical properties of these wall included high resistance power against heat and wire and they also exceed the requirement specified in the Building Code of Australia (BCA) (AFS, 2017). The presence of fibre cement sheets prevents these walls to get damaged with the flow of water through their unique water block technology, as the exposure to water can cause oxidation and corrosion which may affect the internal structure of the building. The major uses of these walls are in the construction of multi-floored buildings; it is one time solution for a permanent formwork for concrete walls. The components of these walls fit effectively with one another to create a strong structure for the buildings. AFS walls are known for their utmost efficiency and are very low maintenance (AFS, 2015). There are very light weight and their installation process is not much complex. The formwork also have holes which allows easy and quick flow for cement and allow space for fixing steel and other materials. The size and thickness structure of these panels are customized according to the requirement of the engineers or architectures and the structure that is being built. This is known as deep structure which involves incorporating a deep beam in the existing wall structure and eliminating the transfer structure in the slab. These structures are not only efficient but also financially feasible. Being cost effective does not qualify them for being fit in all types of structures and that is why there are only suggested by engineers for certain structures only. However they are dynamic and can be used in many areas such as walls of the basement and retaining walls because these walls can accommodate large amount of backfills. The properties of AFS wall structures ensure durability of over 50 years and they are also termite resistance which increases their life more. The fibre cement component within these walls is suitable for different type of climate be it summers or raining season. As mentioned above that AFS walls are polymer based. The polymer is of different types and it includes variety of shellac, wool, amber, silk and rubber. The mechanical properties of galvanized steel studded frames and fibre cement make these walls strong, durable, hard wearing and high resistance. The chemical properties of these walls include water resistance power which will prevent oxidation and corrosion and will help them increase the life of the structure. This determines how the components of wall react to different chemicals and other components such as water. The biological properties of cements sheets reinforced in these walls are that they prevent degradation, rotting and insects will not affect the life of struct ure (EASL, 2007) References AFS, 2017, The brand behind the name, Retrieved from https://afswall.com.au/ on 4 May 2017. AFS, 2015, Properties, Retrieved from https://www.google.co.in/url?sa=trct=jq=esrc=ssource=webcd=1cad=rjauact=8ved=0ahUKEwjA_caU5tjTAhWLvI8KHZqMDMMQFgglMAAurl=http%3A%2F%2Fafswall.com.au%2Fwp-content%2Fuploads%2F2016%2F02%2FAFS_Designer_Section_C_Properties.pdfusg=AFQjCNGxhaMopFW360Wf-OHo_MHCrmMPuw on 4 May 2017. ESAL, 2007, FIBER CEMENT CORRUGATED SHEETS, Retrieved from https://www.eyal-zipuim.co.il/uploadimages/cementtiles2.pdf on 4 May 2017.