The beam serves as a fundamental element in the load-bearing structure. Its function is akin to the core of the entire structure, which is securely fixed. During the construction of any structure, it is crucial to accurately calculate the beam deflection and avoid errors in calculations. Primarily, the calculation is required to determine how much the beam will deform during the operation of the structure. If the deformation parameter is within the acceptable range during calculations, the necessary characteristics of the future beam (cross-section, material, size, etc.) can be determined. Additionally, the beam deflection calculation includes checks for strength and rigidity.
When calculating the beam for strength, it is essential to clearly know the types of materials used to manufacture beams (steel, wood, concrete, aluminum, glass, and copper). Furthermore, it is important to consider that the types of loads, as well as their schemes, also vary. For example, a distributed load means that the pressure is applied not to a single point but is distributed over the entire area of the beam. A concentrated load type characterizes pressure directed at a single small section (point) of the beam. Parameters such as allowable deflection and strength conditions must be considered to determine the reliability of the structure.
Our online calculator allows you to calculate beams by combining all types of beams, load types, and load schemes, while completely eliminating the possibility of errors in the calculation process. Usually, wooden beams and metal beams are calculated. During the calculation process, the sum of the forces acting on the beam, which are directed perpendicular to the structure, is determined. The deflection calculation for a wooden beam is carried out considering the material, i.e., taking into account the type of wood, its flexibility, and many other parameters. It is also important to consider the shape of the beam's cross-section and the type of load applied to the beam. Compared to the calculation of wooden beams, the deflection calculation of a metal beam is significantly different, as special attention is paid to the type of connection: electric welding, rivets, bolts, and other types of connections. In addition, when calculating a steel beam for bending, shear stresses and normal stresses are taken into account.
Our online calculator provides the ability to calculate not only wooden and metal beams but also reinforced concrete beams, taking into account the features of their design and materials. It is also possible to calculate the deflection of beams for floor beams and multi-span beams, which broadens the scope of the calculator in various construction projects. For example, calculating the bending of an I-beam allows you to accurately determine its behavior under loads. Determining the maximum deflection angle and checking the strength of the cross-section are important stages in calculating the bending of a reinforced concrete beam.
All the nuances listed above make it clear that calculating beam deflection is an extremely responsible step in the construction process of any object. The reliability, durability, and integrity of the entire structure depend on it. Our calculator allows you to quickly and accurately perform precise calculations without errors. Considering all parameters, you can determine the maximum allowable deflection and check the strength of the reinforced concrete beam.
Thus, our online calculator is an indispensable tool for a professional who needs to calculate a beam or any other critical parameter. It is important to note that our calculator is suitable for calculating the cross-section of a beam and the loads on various types of beams, including steel and reinforced concrete beams, making it a universal tool for construction professionals. With its help, you can determine the strength and rigidity of the beam, ensuring the reliability of the entire structure.
