Rashtrasant Tukadoji Maharaj Nagpur University, Maharashtra, Civil Engineering Semester 6, Steel Structures Syllabus

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Unit - 1 Steel Sections
Unit 1
Steel as a structural material
1.1 Steel as a structural material
1.2 Various grades of structural steel properties
1.3 Various rolled steel sections including cold formed section structural pipe tube sections and their properties
1.4 Introduction to I.S. 800 808 816 875 etc.
1.5 Introduction to Plastic Analysis Shape Factor Plastic hinge formation Collapse mechanism for beams
1.6 Design of axially loaded members a Tension members. b Compression members.
1.7 Design of roof truss Load assessment for DL LL and WL.
Unit 1
Steel as a structural material
1.1 Steel as a structural material
1.2 Various grades of structural steel properties
1.3 Various rolled steel sections including cold formed section structural pipe tube sections and their properties
1.4 Introduction to I.S. 800 808 816 875 etc.
1.5 Introduction to Plastic Analysis Shape Factor Plastic hinge formation Collapse mechanism for beams
1.6 Design of axially loaded members a Tension members. b Compression members.
1.7 Design of roof truss Load assessment for DL LL and WL.
Unit 1
Steel as a structural material
1.1 Steel as a structural material
1.2 Various grades of structural steel properties
Steel as a structural material
Unit 1
Steel as a structural material
1.1 Steel as a structural material
1.2 Various grades of structural steel properties
Steel as a structural material
Unit 1
Steel as a structural material
1.1 Steel as a structural material
1.2 Various grades of structural steel properties
Steel as a structural material
Unit 1
Steel as a structural material
1.1 Steel as a structural material
1.2 Various grades of structural steel properties
Unit 1
Steel as a structural material
1.1 Steel as a structural material
1.2 Various grades of structural steel properties
1.3 Various rolled steel sections including cold formed section structural pipe tube sections and their properties
1.4 Introduction to I.S. 800 808 816 875 etc.
1.5 Introduction to Plastic Analysis Shape Factor Plastic hinge formation Collapse mechanism for beams
1.6 Design of axially loaded members a Tension members. b Compression members.
1.7 Design of roof truss Load assessment for DL LL and WL.
Unit 1
Steel as a structural material
1.1 Steel as a structural material
1.2 Various grades of structural steel properties
1.3 Various rolled steel sections including cold formed section structural pipe tube sections and their properties
1.4 Introduction to I.S. 800 808 816 875 etc.
1.5 Introduction to Plastic Analysis Shape Factor Plastic hinge formation Collapse mechanism for beams
1.6 Design of axially loaded members a Tension members. b Compression members.
1.7 Design of roof truss Load assessment for DL LL and WL.
Unit - 3 Design Of Simple And Built Up Beams
Unit 3
Design of simple and built up beams
3.1 Design of simple and built up beams Laterally restrained and unrestrained symmetrical as well as unsymmetrical section
3.2 Curtailment of flange plates Design of welded plate girder
Unit 3
Design of simple and built up beams
3.1 Design of simple and built up beams Laterally restrained and unrestrained symmetrical as well as unsymmetrical section
3.2 Curtailment of flange plates Design of welded plate girder
Design of simple and built up beams
Unit 3
Design of simple and built up beams
Design of simple and built up beams
Unit 3
Design of simple and built up beams
Design of simple and built up beams
Unit 3
Design of simple and built up beams
Design of simple and built up beams
Unit 3
Design of simple and built up beams
Design of simple and built up beams
Unit 3
Design of simple and built up beams
Unit 3
Design of simple and built up beams
3.1 Design of simple and built up beams Laterally restrained and unrestrained symmetrical as well as unsymmetrical section
3.2 Curtailment of flange plates Design of welded plate girder
Unit - 4 Design Of Single Rolled Steel
Unit 4
Design of single rolled steel section column
4.1 Design of single rolled steel section column subjected to axial load and biaxial moment including base design
4.2 Design of axially loaded built up columns
4.3 Laced and battened Column bases slab base gusseted base and moment resistant bases.
Unit 4
Design of single rolled steel section column
4.1 Design of single rolled steel section column subjected to axial load and biaxial moment including base design
4.2 Design of axially loaded built up columns
4.3 Laced and battened Column bases slab base gusseted base and moment resistant bases.
Design of single rolled steel section column
Unit 4
Design of single rolled steel section column
Design of single rolled steel section column
Unit 4
Design of single rolled steel section column
Design of single rolled steel section column
Unit 4
Design of single rolled steel section column
Design of single rolled steel section column
Unit 4
Design of single rolled steel section column
Unit 4
Design of single rolled steel section column
Unit 4
Design of single rolled steel section column
4.1 Design of single rolled steel section column subjected to axial load and biaxial moment including base design
4.2 Design of axially loaded built up columns
4.3 Laced and battened Column bases slab base gusseted base and moment resistant bases.
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Other Subjects of Semester-2
Surveying 2
Fluid mechanics -ii
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