Beam formwork has played a crucial role in construction. As a structural element, this type of formwork is relied upon to offset the weight of other concrete shuttering, such as columns and walls, during construction. The selection of the wrong type of beam can lead to catastrophic consequences. Failure to adequately account for the anticipated load requirements can result in insufficient capacity to support the imposed weight. As the leaders in formwork manufacturing, we at Disc-O-Scaff know the crucial role different types of shuttering have in construction.
To gain a better perspective of beam formwork, we would like to expand on why it’s important to not only know the primary beam configurations but also to understand the science behind them too.
Beam Formwork: A Fusion of Engineering and Physics
The analysis and design of beams require a deep understanding of engineering and fundamental physics. This knowledge equips construction professionals with the ability to assess the diverse loads acting upon a beam, enabling them to make informed decisions regarding optimal size, shape, and material selection of the beam formwork. By employing these principles, the structural integrity and functionality of the beam are assured, contributing to the overall safety and success of the project.
Build Smarter, Faster, and Stronger
Within the realm of construction, there are a select number of fundamental beam configurations that are used. Primarily categorised by the length, cross-sectional geometry, and equilibrium characteristics, they include:
- Continuous Beams
This beam is defined by its support by two or more individual supports, effectively creating a spanning structure. Vertical in nature, they distribute the imposed load across multiple points, allowing for longer spans and potentially greater load capacity. The construction of complex roof structures is one example of a continuous beam. - Simply Supported Beams
Characterised by supports at both ends, simply supported beams represent a fundamental and widely employed structural element. These beams lack moment resistance at the support locations, enabling free rotation at their ends when resting on columns and walls. These beams are used for bridges as they require point loadings. - Fixed Beams
Fixed beams are distinguished by rigid connections at both ends, exhibiting unique structural behaviour. Unlike simply support beams, they offer moment resistance at their supports, preventing both vertical deflection and rotational movement. This unusual characteristic makes them well-suited for applications such as trusses as they require exceptional rigidity.
These beams, together with cantilever and overhanging beams, bring several advantages to construction. Without beam formwork, super structures and complex geometrical visions would not come to fruition.
Innovative Formwork Solutions
Properly designed and manufactured formwork from us at Disc-O-Scaff ensures a smooth and consistent finish, free from imperfections and voids. Let the leading company in formwork solutions assist you with structural element construction that lasts, is cost-effective, and that enhances the aesthetic appeal of the concrete. For precision formwork that produces superior flawless results build after build, contact us.