👉The bump in the columns
🚧Bumps in the columns are a phenomenon that occurs when the column is exposed to disproportionate loads that result in it bending or bruising.
🏷Puncture usually occurs in long thin columns under the influence of vertical loads, and can cause the chassis to fail if the pressure exceeds its maximum limit.
💫Factors influencing dents
1 - Column length: Long columns are more likely to fracture than short columns.
2- column matter: the mechanical properties of the matter such as resistance to tension and pressure.
3- Geometric 3D: The ratio of width to length greatly affects the puncture.
4- types of pregnancy: The central pregnancy is different from the non-central pregnancy in its effect on the column.
⭐️Ways to resist dents
1- Increase column section: use larger or better section shaped columns.
2 - Effective Length Reduction: Post Support with Additional Means.
3- Uses of higher resistance materials: such as steel or composite fibers.
@etconp
🚧Bumps in the columns are a phenomenon that occurs when the column is exposed to disproportionate loads that result in it bending or bruising.
🏷Puncture usually occurs in long thin columns under the influence of vertical loads, and can cause the chassis to fail if the pressure exceeds its maximum limit.
💫Factors influencing dents
1 - Column length: Long columns are more likely to fracture than short columns.
2- column matter: the mechanical properties of the matter such as resistance to tension and pressure.
3- Geometric 3D: The ratio of width to length greatly affects the puncture.
4- types of pregnancy: The central pregnancy is different from the non-central pregnancy in its effect on the column.
⭐️Ways to resist dents
1- Increase column section: use larger or better section shaped columns.
2 - Effective Length Reduction: Post Support with Additional Means.
3- Uses of higher resistance materials: such as steel or composite fibers.
@etconp