Multimedia Simulation Tool For Steel Tension Member Analysis And Design
Author(s) -
Christopher D. Pionke,
Christopher Williams,
Karen C. Chou
Publication year - 2020
Language(s) - English
Resource type - Conference proceedings
DOI - 10.18260/1-2--9584
Subject(s) - comprehension , software , computer science , session (web analytics) , tension (geology) , multimedia , engineering drawing , engineering , ultimate tensile strength , world wide web , materials science , metallurgy , programming language
This paper presents a multimedia simulation tool that allows for the investigation of steel tensile member connection analysis and design. The motivation behind the creation of this software is to meet the needs of students and their different learning styles for the education of tensile member connections. A computer aided teaching tool called Tension Connection Analyzer was developed to serve both students and instructors as a supplemental device for the topic of steel tensile member analysis and design. The intent of the software is to enhance the student’s ability to visualize the failure modes that exist in steel tension member connected systems. The overall objective of the software is to produce an aide to improve the classroom experience, while at the same time allow students to develop a feel for steel tension member design outside of the classroom.
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