Abstract (EN):
This work aims at modeling and designing a transmission pole structure for further investigation of the economic benefits associated with various grades of steel. Indeed, it was necessary to develop a population of possible design cases, to check structural safety, from which were selected the less expensive solutions. To this end, a computer application was developed that performs the calculation of the wind action on the structure, designs and verifies structural safety automatically and individually for each case (in accordance with the general method of verifying safety against flexural buckling and lateral buckling, present in Eurocode 3 - EC3). An iterative design process yielded 296 viable solutions from which draw the analysis of manufacturing costs. Within this analysis were considered some average prices from which it was possible to calculate the total cost associated with each solution so as to obtain the most economical cases for each steel grade.
Language:
English
Type (Professor's evaluation):
Scientific
No. of pages:
6