SAP2000 V24--Çelik Fabrika Hesap Raporu ve Tasarımı

Steel Structure Design & Analysis Course: A Practical Guide

This course provides a comprehensive overview of steel structure design and analysis, focusing on a practical application in Dilovası, Kocaeli. Learn how to analyze and design a single-story steel building intended for production facility use.

Project Details:

• Location: Dilovası, Kocaeli (Coordinates: Latitude ..., Longitude ...)
• Building Type: Single-story steel structure
• Intended Use: Production facility
• Analysis & Reporting: Detailed structure analysis and structural element sizing will be performed using EXCEL for report generation.

Structural System:

The building utilizes a robust horizontal load-bearing system composed of high-rigidity, center-braced steel frames in two directions. The building dimensions are:

• Short Span: 24 meters
• Long Span: 42 meters
• Long Span Spacing: 6 meters
• Column Height: 8 meters
• Roof Ridge Height: 9.2 meters
• Roof Slope: 5.71°

Material Selection:

HEB and HEB profiles are selected for columns and beams due to their high bending resistance. IPN profiles are used for the roof trusses, while TUBO profiles are employed for bracing and cross members.

Design Codes & Software:

This course emphasizes adherence to relevant Turkish building codes and industry standards:

• Çelik Yapıların Tasarım, Hesap ve Yapım Esaslarına Dair Yönetmelik (ÇYTHYE) 2018: Governing regulations for steel structure design in Turkey.
• AISC 360-16: American Institute of Steel Construction standard for steel design.
• Türk Bina Deprem Yönetmeliği (TBDY) 2018: Turkish Building Earthquake Code.
• TS EN.1991-1-3 2007 & TS EN.1991-1-4 2007: Eurocode standards for wind loads and seismic design.
• SAP2000 V24: Finite element analysis software for structural modeling and analysis.

Analysis Methodology:

• Load and Resistance Factors: The course utilizes Load and Resistance Factors as detailed in ÇYTHYE 5.3.1, employing the Design Method (YDKT).
• Seismic Analysis: Seismic analysis is performed using a modal combination method. The resulting base shear values will be compared with those calculated using equivalent earthquake loads.
• EXCEL Calculations: Specific calculations will be performed in EXCEL and included in the final report.

Resources & Collaboration:

This course draws upon the formatting and methodologies developed by Tümer Duman, with his guidance and support.

Key Takeaways:

• Gain practical experience in steel structure design.
• Understand the application of relevant Turkish building codes.
• Master the use of SAP2000 for structural analysis.
• Develop skills in structural element sizing and report generation.
• Learn about seismic design principles for steel buildings.