You cannot keep the beam length constant. You can keep the distance between the supports constant, but how to determine that distance, and where exactly should each beam be placed across them? And where should the load be placed?Physical_Fire said:
Why not?haruspex said:
Why can't they repeat?haruspex said:
That distance is an arbitrary distance within the scope of the beam, where different masses would be placed on it until the beam breaksharuspex said:
Because the beams provided are of various lengths.Physical_Fire said:
Because as your description stands there is not enough information. You leave many details unspecified.Physical_Fire said:
Not good enough. You need to say how you will choose the distance. If the beam lengths available are 2m, 3m and 12m, what distance would you choose?Physical_Fire said:
I did not say that. Which of my comments is that a response to?Physical_Fire said:
This. All in all, I don't get the idea as to what the variables are.haruspex said:
Key parameters include the type of beam material, dimensions of the beam (length, width, height), type and magnitude of the load applied, support conditions (e.g., simply supported, fixed, cantilever), and the method of load application (point load, distributed load).
The support conditions should mimic real-world applications and can vary based on the experiment's goals. Common support types include simply supported (both ends rest on supports), fixed (both ends are fixed), and cantilever (one end is fixed, the other is free). The choice of support affects the beam's deflection and stress distribution.
To measure deflection, dial gauges or laser displacement sensors can be used. For stress measurement, strain gauges attached to the beam surface are commonly employed. Data acquisition systems are necessary to record and analyze the measurements from these instruments.
The load can be applied as a point load using weights or a loading frame, or as a distributed load using sandbags or a uniform load apparatus. The method of application should be consistent and controllable to ensure accurate results. The position of the load application should also be well-defined.
Ensure that the beam and supports are securely fixed to prevent unexpected movement or collapse. Use appropriate personal protective equipment (PPE) such as safety goggles and gloves. Be aware of the maximum load capacity of the beam to avoid structural failure. Clear the area of non-essential personnel during load application.