SP_RED said:Homework Statement
i am trying to work out the required material thickness for a given box.
the material i am using is aluminium.
i only require the formula - can't find a suitable one on web
Homework Equations
The Attempt at a Solution
M = I
σ y
M = bd M = bd2
σ 12/2 σ 6
SP_RED said:Homework Statement
i am trying to work out the required material thickness (gauge) for a box i am making which is designed to hold an amplifier weighing 350grams.
the material i am using for the boxes is aluminium.
i know that 1.6mm or 16 gauge is more the suitable but i am just trying to prove it through the appliance of science/maths.
i only require the formula - can't find a suitable one on web
Homework Equations
The Attempt at a Solution
M = I
σ y
M = bd M = bd2
σ 12/2 σ 6
Material thickness required refers to the minimum thickness of a material needed to ensure its structural integrity and ability to withstand external forces and stress.
The determination of material thickness required is based on various factors such as the type of material, its intended use, and the expected load or stress it will be subjected to. Testing and calculations are often used to determine the appropriate thickness for a specific material in a given application.
Material thickness required is important because it directly affects the strength and durability of a material. Using a material with inadequate thickness can result in structural failure and compromise the safety and functionality of a product or structure.
The required material thickness can impact the cost of a project or product as thicker materials tend to be more expensive. However, using the appropriate thickness is crucial to ensure the longevity and effectiveness of the material, which can ultimately save costs in the long run.
Yes, the required material thickness may vary for different applications depending on the specific requirements and load conditions. For example, a material used in a high-stress environment may require a thicker thickness compared to the same material used in a low-stress environment.