The following information was submitted:
Transactions: WSEAS TRANSACTIONS ON APPLIED AND THEORETICAL MECHANICS
Transactions ID Number: 29-696
Full Name: Camelia Bretotean/Pinca
Position: Assistant Professor
Age: ON
Sex: Female
Address: Revolutiei No.5
Country: ROMANIA
Tel: 0254-207527
Tel prefix: +04
Fax: +040254-207501
E-mail address: camelia.bretotean@fih.upt.ro
Other E-mails: camibreto@yahoo.com
Title of the Paper: Dimensional optimization for the strength structure of a traveling crane
Authors as they appear in the Paper: Camelia Bretotean Pinca, Gelu Ovidiu Tirian, Ana Virginia Socalici, Erika Diana Ardelean
Email addresses of all the authors: camelia.bretotean @fih.upt.ro, ovidiu.tirian@fih.upt.ro, socalici.ana@fih.upt.ro,ardelean. erika@fih.upt.ro
Number of paper pages: 10
Abstract: Most of the time, the strength structures who have not been statically determined, cut to the right sized, and checked out by the classic methods of the material strength cause the over sizing, because specialists use approximate measurements in order to decrease the number of mathematical calculation. This paper work describes the optimization of the main beam of a strength structure of a traveling crane used in metallurgy – by using the OPTSTAR mode that the COSMOS/M calculation software encloses ehich uses finite elements. In order to accomplish the best suited size, we have to perform both an analytic and experimental study about the performance of the traveling crane. In order to do that, we analyze the state of the tensions and deformation of the strength structure by using this calculation software based on COSMOS finite elements. In order to validate the analytic study, we have performed some industrial experiments by using specific devices for measuring th!
e resistance of the electrical tension. Both the analytic and experimental studies have pointed out that we are able to come up with the best sizes in order to reduce the material consumption we used during the production process of the main beam within the strength structure of the traveling crane we have analyzed.
Keywords: Tension, Traveling crane, Optimization, Deformation, Over-sized, Finite, Elements
EXTENSION of the file: .pdf
Special (Invited) Session: The optimization of the main beam for the resistance structure of an over-sized rolling bridge
Organizer of the Session: 617-245
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