You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Dear Jan,
congratulation for a nice application. I have a remark concerning units. For static analysis, we need to operate at least with length, area, second moment of inertia, force, stress (or elastic modulus), temperature. The easiest is definition of "basic" units, similar programs define units of length, force, temperature, such as m, kN, °C. Derived units are m^2, m^4, kPa. Currently, defining kN, m^2 and MPa are inconsistent since kN/m^2 is kPa, not MPa. The elegant solution would be to define default "basic" units of m, kN, °C. You also define density of material, if used, there is a need of kg units as well. Regards. Vit
The text was updated successfully, but these errors were encountered:
Dear Jan,
congratulation for a nice application. I have a remark concerning units. For static analysis, we need to operate at least with length, area, second moment of inertia, force, stress (or elastic modulus), temperature. The easiest is definition of "basic" units, similar programs define units of length, force, temperature, such as m, kN, °C. Derived units are m^2, m^4, kPa. Currently, defining kN, m^2 and MPa are inconsistent since kN/m^2 is kPa, not MPa. The elegant solution would be to define default "basic" units of m, kN, °C. You also define density of material, if used, there is a need of kg units as well. Regards. Vit
The text was updated successfully, but these errors were encountered: