MSc Structural Engg

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MSc Structural Engg

MSc Structural EnggMSc Structural Engg MSc Structural Engg

Seismic Design of Structures

Dr.Muhammad Saleem MSc Structural Engg

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Before Mids MSc Structural Engg

Lecture #1 Notes  Note-02 Introduction of Earthquakes (Click to Download)
Lecture # 3 -Note -Liquifaction  Lecture # 4 – Engineering Seiemology
Lecture # 5     Lecture #6

Earthquake Resistant Design of Reinforced Concrete Buildings
Journal of Advanced Concrete Technology Volume 2 February 2004

Seismic damage of and seismic rehabilitiion techniques for railway reinforced concrete structures   Journal of Advanced Concrete Technology

seismic retrofitting methods newely developed for railway concrete structures
Journal of Advanced Concrete Technology

After Mids MSc Structural Engg

Lecture 1   Lecture 2

Structural Dynamics theory and computation by Mario Paz (2nd Edition) 

Dr.M.Burhan Sharif MSc Structural Engg

International Building Code (IBC) 2006
American Society of Civil Engineers ( ASCE ) Standards Minimum Design loads for buildings and other structures
Website For Assignment http://www.usgs.gov/

SLIDES/LECTURES

Before Mids MSc Structural Engg

Intro Lecture #01        Lecture #02 Vertical irregularity     Lec #03 Horizontal irregularity
Lec#04-IBC code     Lec#04a_Lateral Systems     Lec#04-05 Analysis
After Mids MSc Structural Engg

Lecture 7    Lecture 8   Lecture 9  Lecture 10 Lecture 11

REINFORCED CONCRETE STRUCTURES

Dr. Asad Ullah Qazi MSc Structural Engg

Building Code Requirements for Structural Concrete (ACI 318M-08) and Commentary

Selected Formulae & Curves

Reinforced Concrete Mechanics & Design
(6th Edition) By James.K.White and James.G.MacGregor

Wind & Earthquake resistant Buildings   Structural Analysis and Design
By Bungale S. Taranath

SLIDES/LECTURES

Topics to be Covered                    Stress Strain Discussion                      Portal Frame

              Bond Strength 1                                   Bond Strength 2             Bond and Development Length

Direct Design Method 1                Direct Design Method 2          Equivalent Frame Method

Column Behavior 1                               Column Design 2                         Column Design 3

              Column Design 4                                   Column Design 5              Yield line analysis of slabs 1

Yield line analysis of slabs 2              Strip Method of Slab Design                   Torsion Design

Moment Curvature Relationship and Ductility

SRTUCTURAL ANALYSIS

Dr. Asif Hameed 

SLIDES/LECTURES

Before Mids

 Finite Element Analysis Lecture # 1      Lecture # 2
Lecture # 3 (Interpolation Functions)      Lecture # 4(Method of weighted residuals)

After Mids

FEM Truss Example   FEM Truss Potential Energy Approach  FEM Beam Frame and Grid Element
F.E.M Beam Examples   F.E.M Frame and Grid Examples   FEM Plain Stress and Strain Equations
FEM Equations from Elasticity Theory  Isoparametric Formulation

Books For Finite Element Analysis

A First Course in the Finite Element Method by Daryl L. Logan
University of Wisconsin–Platteville
Fundamentals of Finite Element Analysis By David V. Hutton Pullman, WA
The McGraw−Hill Companies, 2004
Finite Element Modeling for Stress Analysis By Robert D. Cook
University of Wisconsin – Madison

Dr. Aun

SLIDES/LECTURES

Lecture 1 & 2

Properties of Structural Materials

Dr.Burhan Shareef MSc Structural Engg

Lecture 00   Lecture 01  Lecture 2&3   Lecture 4    (Tests for Aggregates)
Metakaolin as pozzolanic material   Lecture 5 Mixture Design   Lecture 6&7 Admixtures

Prestressed Concrete

Dr. Fawad Mazhar MSc Structural Engg

Lecture 1 (Introduction of prestressed concrete)   Lecture 2 (Prestressed concrete preliminaries)
Lecture 3 (Flexural Analysis)    Lecture 4 (Intro & Selection of Geometric Properties)   Assignment 1
Lecture 5 (Flexural Design tendon Profile and composite action) 

Steel


Torsion   Design of Locally Unstable Compression Members

After Mids MSc Structural Engg

 Cold Formed Sections   Channel SI Composite Steel Concrete 1   Composite 2   Composite 3

THEORY OF INDETERMINATE STRUCTURES By Syed Ali Rizwan

Chapter 1 : STABILITY, DETERMINACY OF STRUCTURES AND CONSISTENT DEFORMATIONS METHOD
Chapter 2: METHOD OF LEAST WORK
Chapter 3: INTRODUCTION  TO TWO-HINGED ARCHES 
Chapter 4: SLOPE – DEFLECTION METHOD 
Chapter 5: THE MOMENT – DISTRIBUTION  METHOD 
Chapter 6: KANIS METHOD OR ROTATION CONTRIBUTION METHOD OF FRAME ANALYSIS 
Chapter 7: INTRODUCTION TO COLUMN ANALOGY METHOD 
Chapter 8: PLASTIC ANALYSIS OF STEEL STRUCTURES 
Chapter 9: THE THREE MOMENT EQUATION 
Chapter 10: INFLUENCE LINES 
Chapter 11: THREE HINGED ARCHES 

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MSc Structural Engg

29 Replies to “MSc Structural Engg”

  1. A really good performance so promptly and efficiently made in uploading material relating to class work. It is appreciable.

  2. well buddy you have done a very good job..kindly cover the following topics 1)problems in construction and their solutions..2)steel details for different types of strictures e.g shear wall ,dams and so on.

  3. i am shakiraullah rasheed i am from Afghanistan would you please send me the full address of your university through my email (engr_rasheed41@yahoo.com)

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