Skip to main content

Best Practices for Designing and Installing Temporary Structures on Construction Sites

 


Image by https://rakanjayahardware.com/

Scaffolding, falsework, shoring, bracing, and underpinning are just a few of the many examples of temporary structures that are commonly required in construction projects. The provision of structural support, the guaranteeing of worker safety, and the facilitation of the construction process are all important functions in building projects. Temporary structures that are either inadequately built or incorrectly installed have the potential to fail catastrophically, which may result in the destruction of property, personal injury, or even death. In this article, we will discuss the best procedures for designing and putting up temporary structures on construction sites.



Design Principles


Initially, the protection of everyone involved in the construction process and the general public should be the focus of every design. When thinking about safety, it's important to keep in mind things like how stable the structure is, how reliable the materials are, how to get out of danger quickly, and whether or not there are sufficient safety guardrails or nets.

  • Compliance with Regulations and Standards: The design must be in accordance with all previously established local, regional, and national regulations and standards. These guidelines establish a baseline for the structural soundness and safety of a building. To ensure compliance, it is vital to take into account the allowable loadings, use only certified materials, and present plans for approval to the appropriate local authorities as required.

  • Considerations Regarding Loads:  The temporary construction needs to be designed so that it can resist all of the loads that it will be put under. These loads can be broken down into categories such as dead load, live load, wind load, seismic load, and so on. It is imperative that overloading, which is frequently the root cause of failure, be strictly avoided.

  • Properties of the material: When selecting materials, it is important to take into account their strength, durability, and compatibility with the environmental conditions at the site. Referring to the material datasheets or having discussions with the respective manufacturers are also good ways to obtain this information.

  • Installation and disassembly ease: The design of the product should be such that it is simple to install, and it should also be simple to disassemble and maybe reuse. When designing something, modularity can make it easier to assemble and disassemble, cutting down on both the amount of time and money needed.

  • Approach to design through collaboration: Because temporary buildings interact with permanent structures and site circumstances, it is essential to work closely with architects, civil engineers, geotechnical engineers, and environmental engineers during the design process.



Principles of Setup and Installation

  • People who are qualified and skilled: Qualified individuals should oversee the installation process while working under the direction of a fully competent person. Training for the staff is essential in order to ensure that the crew comprehends the design of the structure, the installation techniques, and the safety precautions.

  • In-depth installation plan: Before commencing the installation, it is important to first create and go over an in-depth installation plan that is both clear and precise. The plan ought to include a sequence of operations, the required tools and equipment, safety precautions, and alternative strategies for dealing with unforeseen circumstances.

  • Inspection and Monitoring: It is vital to do routine inspections in order to check for flaws, corrosion, deformations, and any other indicators of distress. This is especially important to keep in mind after strenuous loadings or when the weather is particularly severe. If there is even the slightest possibility of a problem, rapid corrective action needs to be implemented.

  • Compliance with Installation Requirements: The manufacturer or designer of each structure will supply a set of installation requirements that are unique to that structure. Compliance with these criteria is very necessary in order to guarantee both the structure's safety and its ability to perform its intended functions.

  • Communication and coordination: It is essential for members of the team to have clear and effective communication with one another in order to prevent misunderstandings and guarantee that the installation process goes well. Every member of the team needs to be aware not just of their duties and responsibilities but also of any potential risks.

  • Documentation: All operations associated with the installation, inspection, and maintenance of temporary structures, as well as the removal of those structures, should have the appropriate documentation. This is helpful for quality control, potential forensic investigations, and future reference purposes.

In short, the best practises for building and installing temporary structures centre on safety, adherence to standards, meticulous planning, collaboration, and clear communication. These are the five pillars that make up the best practises. In the event that these procedures are carried out with the utmost care, they have the potential to dramatically cut down on the number of accidents that occur during construction, guarantee that work goes smoothly, and, eventually, contribute to the successful conclusion of building projects.

M. Azmir Bin Abd Mutalib


Comments

Post a Comment

Popular posts from this blog

The Use of Cascading Drain to Collect Runoff From Slope

  Courtesy of THB Maintenance Sdn Bhd In tropical regions with rainfall stands as the crucial factors to starting the landslide mechanism, a proper surface drainage is important to avert any unwanted incidents. I only focusing on the surface runoff and the role of cascading drain to channel the runoff safely to designated discharged point. A rainfall on a steep slopes will run as surface runoff with lower probability for the water to infiltrate into the soil. This necessitate the introduction of cascading drain to collect the water from the berm or slope drain. The design of cascading drain is basically allowing the hydraulic jump, an abrupt changes from supercritical to subcritical flow that will reduce the water flow rate and act as an energy dissipater. The effectiveness of hydraulic jump depends on the input of the rainfall volumes and flow rate in which failure to do so will resulted to  flood and nuisance to the public.  ...
Post a Comment
Read more

PROFESSIONAL ENGINEER (PE) VS PROFESSIONAL ENGINEER WITH PRACTISING CERTIFICATE (PEPC)

Back then in 2015, there were some, well sort of uproars in regard to restriction of “Engr.” abbreviation before the graduate engineers’ name. The privilege of “Engr.” originated under the Institution of Engineers Malaysia (IEM) and definitely became as the beacon for engineering graduates to submit their membership registration. The restriction was due to the Board of Engineers Malaysia ( BEM) argument that such abbreviation will be misconstrued by the publics as “Professional Engineer”. Professional Engineer is the highest testament for any engineers in Malaysia in pursuing their career or establishing their own consultancy practice. Since its inception, the primary goal of having the Professional Engineer “licensure” is to provide engineering services in full-scale and in accordance to Engineer’s Act 1967. In 2015, the Engineer’s Act 1967 was amended to enhance the quality of engineers and in quest for the liberalisation of engineering services. The action has resulted t...
3 comments
Read more

PAHANG-SELANGOR RAW WATER TRANSFER PROJECT

The inter-state water transfer scheme was conceptualised in 1990s, with the completion target will be 2014. The scheme aims to convey raw water at 1,890 millions litre per day from Sungai Semantan in Pahang to the Hulu Langat water treatment facility in Selangor. The raw water will be transferred via a 44.56 km long, 5.2m diameter tunnel, with gravity flow to the water treatment plan.  The project progress currently at 60% completion and 3% ahead the schedule. Technically, the project make use of surface runoff from Sg. Bentong, Sg. Telemong and Sg. Kelau with a reservoir in Sg. Kelau.  The abstaction point is at the intake at. Sg. Semantan and then the raw water is pumped to a connecting basin at the tunnel inlet. From this connecting basin, the water is transferred to an outlet connecting basin through the tunnel by gravity flow and distributed to receive basins of the treatment plant via gravity pipelines.  The tunnel excavation was undertaken by using...
Post a Comment
Read more