Unit 1 Unit-1

5 lecture hours

• Statically Indeterminate structure - Basics Types of statically indeterminate beams
• Consistent Deformation method
• Propped Cantilever beam: Analysis of propped cantilever beams & beams of varying moment of inertia using Consistent Deformation Method Fixed beam: Basic principles for fixed beam
• Computation of fixed-end actions for various types of loads and secondary effects using basic principles
• beams of varying moment of inertia

Unit 2 Unit-2

10 lecture hours

• Statically Indeterminate structures – Classical methods Slope Deflection Method:Basics of Slope deflection method
• Analysis of continuous beams for various loading including settlement/ rotation of support
• analysis of simple portal frame with sway
• Moment Distribution Method:Basics of moment distribution method
• Analysis of beams & plane frames including sway
• Use of symmetry of structure

Unit 3 Unit-3

10 lecture hours

• Energy Principles Energy Principles: Castigliano's theorems
• Application of Castigliano’s 1st and 2nd theorem to statically determinate and indeterminate framed structure – beams
• plane truss
• plane frames
• Application of energy principle in two hinged arch

Unit 4 Unit-4

10 lecture hours

• Structure subjected to Moving loads + Approximate methods ILD for statically indeterminate beams: Muller-Breslau's principle
• steps for obtaining I.L for reaction and internal forces in propped cantilever and continuous beams
• qualitative I.L diagram for rigid jointed structures having higher degree of statically indeterminacy
• Approximate methods: Forces in the framed structure subjected to Vertical and lateral loads

Unit 5 Unit-5

10 lecture hours

• Statically Indeterminate structures – Matrix methods Matrix Methods: Types of skeletal structures
• Internal forces and deformations
• Introduction and applications of Stiffness method to analyze beams
• Trusses and plane frames by System approach
• Introduction and applications of Flexibility method to analyze beams by System approach

Unit 6 Unit-6

• Computer Applications in Structural Engg
• (for Laboratory only ) Use of professional software such as STAAD-Pro, SAP, ETABS etc. for determining response of frames structure of the topics related to this course Create Modelling
• Apply properties
• boundary conditions
• perform analysis
• post processing tools
• This portion to be covere d in Labora tory Program Name: Bachelor of Engineering Level: UG Branch: Civil Engineering Subject Code: BE04006041 Subject Name: Basic Structural Analysis