Secondary language: |
English |
Secondary title: |
Design of reinforced concrete shell elements |
Secondary abstract: |
The aim of the diploma thesis is presentation of different approaches how to design shell structures or elements. As the use of shell structures in construction is negligibly small in comparison to other forms of construction, there are also relatively few different approaches how to design shell elements. Therefore in thesis nine different approaches, of which five of them are for designing shell elements on the combination of membrane and bending loads and four for designing the shell elements according to the shear loads perpendicular to the central plane of the element are presented.
Besides the description of each of the approaches in the second part, in the third part of the thesis, comparison of the presented approaches with the applicable regulation Eurocode 2 can be found.
For practical use computer program has been designed for automatic design of the general load of shell element. Examples of this program can be found in part five of the thesis, where a comparison with the commercial software used in daily engineering practice is presented. |
Secondary keywords: |
Design;reinforced concrete;shells;reinforcement |
File type: |
application/pdf |
Type (COBISS): |
Undergraduate thesis |
Thesis comment: |
Univ. v Ljubljani, Fak. za gradbeništvo in geodezijo |
Pages: |
XIII, 112 str. |
Type (ePrints): |
thesis |
Title (ePrints): |
Design of Reinforced Concrete shell elements |
Keywords (ePrints): |
Dimenzioniranje;armiran beton;lupine;armatura |
Keywords (ePrints, secondary language): |
Design;reinforced concrete;shells;reinforcement |
Abstract (ePrints): |
Namen predstavljenega diplomskega dela je primerjava različnih pristopov k dimenzioniranju lupinastih konstrukcij oz. elementov. Ker je uporaba lupinastih konstrukcij v gradbeništvu zanemarljivo majhna v primerjavi z drugimi oblikami konstrukcij, je tudi razmeroma malo različnih postopkov, s katerimi lahko dimenzioniramo lupinaste elemente. Zato je v tem diplomskem delu predstavljenih devet različnih pristopov, od katerih je pet namenjenih dimenzioniranju lupinastih elementov na kombinacijo membranskih in upogibnih obremenitev, štiri pa so namenjene dimenzioniranju lupinastih elementov glede na striţno obremenitev pravokotno na osrednjo ravnino obravnavanega elementa.
Poleg opisa vsakega od pristopov v drugem delu, lahko v tretjem delu diplomskega dela najdemo primerjave opisanih pristopov s sedaj veljavnimi standardi Evrokod 2.
Za praktično uporabo je bil izdelan tudi računalniški program, katerega namen je avtomatično dimenzioniranje splošno obremenjenega lupinastega elementa. Primere uporabe tega programa lahko najdemo v petem delu, kjer je narejena tudi primerjava s komercialnimi programi, ki se vsakodnevno uporabljajo v inţenirski praksi. |
Abstract (ePrints, secondary language): |
The aim of the diploma thesis is presentation of different approaches how to design shell structures or elements. As the use of shell structures in construction is negligibly small in comparison to other forms of construction, there are also relatively few different approaches how to design shell elements. Therefore in thesis nine different approaches, of which five of them are for designing shell elements on the combination of membrane and bending loads and four for designing the shell elements according to the shear loads perpendicular to the central plane of the element are presented.
Besides the description of each of the approaches in the second part, in the third part of the thesis, comparison of the presented approaches with the applicable regulation Eurocode 2 can be found.
For practical use computer program has been designed for automatic design of the general load of shell element. Examples of this program can be found in part five of the thesis, where a comparison with the commercial software used in daily engineering practice is presented. |
Keywords (ePrints, secondary language): |
Design;reinforced concrete;shells;reinforcement |
ID: |
8312548 |