Model Question for Technical SLC Class 10 Civil , Computer Animal Science Engineering

 Model Question for Technical SLC Class

Model Question for Technical SLC Class 10 Civil , Computer Animal Science Engineering
Class 10 Civil , Computer Animal Science Engineering
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[PDF] Advanced Civil Infrastructure Materials - Hwai Chung Wu

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• Advanced Civil Infrastructure Materials - H. Wu (Woodhead CRC, 2006) WW.pdf

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BUILDING DESIGN AND DRAWING ebooks

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1. Balagopal Pabhu T.S., Vincent Paul K. and Vijayan C., (1999) “Building Design of Civil Engg. Drawing”, Spades Publishers, Calicut.
2. Shah and Kale, (1985), “Principle of Building Drawing”, Tata McGraw Hill Publishing Co., New Delhi.
3. Sharma and Kaul, (1976), “Text book of Building Construction”, S. Chand, New Delhi.
4. Rangawala S.C., “Elementary and advanced building Construction”.
5. IS National Building Code – 1970.

Downloads here All in pdf

BUILDING DESIGN STANDARDS - McGill University

Facilities Design Handbook / Red Book - MIT

[PDF]Design-Build Procedures. Introduction, illustration and 

Building design and construction handbook / Frederick

[PDF]Architecture: Design Notebook

Understanding Architectural Drawings

interior design student handbook.pdf

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GEOTECHNICAL ENGINEERING| ebook |Civil Engineering

Search ebook in our searchbox "Search This blog" in side with book name
Free download

1. Terzaghi K., and Peck R.B., (1967), “Soil Mechanics in Engineering Practice”, A Wiley International Edition, 2nd Edition, New York.

2. Taylor D.W., (1960), “Fundamentals of Soil mechanics”, Asia Publishing house Bombay, 3rd Edition.

3. Ramiah B.K. and Chickanagappa L.S., (1990), “Hand Book of Soil Mechanics and Foundation Engg.”, Oxford and IBH, 2nd Edition.

4. Lambe T.W. and Whitman R.V., (1987), “Soil Mechanics”, SI Version, John Wiley and Sons.

5. Alam Singh and Chowdhury G., (1994), “Soil Engineering in theory and practice”, CBS publishers

6. Punmia B.C,.(2005), “Soil Mechanics and Foundations”, Laxmi Publications Pvt. Ltd., 16th edition.

7. Arora K.R, (2008), “Soil Mechanics and Foundation Engineering”, Standard, Publishers and Distributors, 7th Edition.

8. Murthy V.N.S., (1995), “A Text Book of Soil Mechanics and Foundation

9. Engineering”, Sai Kripa, Technical Consultant, Bangalore, 3rd Edition.

10. Gopal Ranjan and. Rao A.S.R, (2000), “Basic and Applied Soil Mechanics”, New Age International Pvt. Limited, Publishers, 2nd Edition.

Site Plan Drawing Requirements - Bloomfield

Site Plan Drawing Requirements - Bloomfield

Forms - Residential New Construction

 Inclusion Requirements for Site Plan Drawings Defined: These “Inclusion Requirements for ... “Site Plan Drawing Requirements” for the Town 

Site Plan Drawing Requirements Drawing Requirements

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Bachelor of Civil EngineeringNew Syllabus | IOE \ | All Course | BCE|

The course content of Bachelor of Civil Engineering offered from Tribhuvan University is as follow. These courses are according to updated syllabus [066].

Semester	Course contents
I/I	Engineering Mathematics I [SH401]
	Engineering Drawing1 [ME401]
	Engineering Chemistry [SH403]
	Fundamental of Thermodynamics & Heat Transfer [ME402]
	Computer Programming [CT401]
	Workshop
I/II	Applied Mechanics [CE451]
	Engineering Mathematics [SH451]
	Engineering Physics [SH452]
	Electronics Engineering [EX451]
	Engineering Drawing II [ME451]
	Basic Electrical Engineering [EE451]
II/I	Civil Engineering Materials[CE506]
	Engineering Mathematics iii [SH501]
	Applied Mechanics(Dynamics) [CE503]
	Engineering Geology I [CE503]
	Strength of Materials [CE 502]
	Surveying I [CE 504]
	Fluid mechanics[CE505]
II/II	Hydraulics [CE555]
	Surveying II  [CE554]
	Theory of Structure [CE551]
	Probability & Statistics  [SH552]
	Engineering Geology [CE553]
	Building Drawing [CE556]
	Soil Mechanics [CE552]
III/I	Theory of structures ii[CE601]
	Water Supply Engineering[CE605]
	Engineering hydrology[CE606]
	Concrete Technology and masonry structure[CE603]
	Numerical Methods[ SH603]
	Foundation Engineering[CE602]
III/II	Design of Steel and Timber Structure [CE651]
	Communication English [SH651]
	Engineering Economics [CE655]
	Building Technology [CE652]
	Sanitary Engineering [CE656]
	Transportation Engineering [CE653]
	Irrigation and Drainage [CE654]
	Survey Camp
IV/I	Hydropower Engineering [CE704]
	Project Engineering [CE701]
	Transportation Engineering II [CE703]
	Estimating & Costing [CE705]
	Elective I [CE725]
	Design of RCC Structure [CE702]
IV/II	Engineering Professional Practice
	Elective II
	Elective III
	Project A
	Other ***

Civil Engineering lecture notes ebooks pdf slides

Civil Engineering lecture notes ebooks pdf slides are aviable from the below link

Ebooks

Notes 

Project reports

Civil Engineerting Traffic Engineering

Module Name	Download	Description	Download Size
Module-1: Traffic stream characteristics	Fundamental Parameters of Traffic Flow	Fundamental Parameters of Traffic Flow	7002 kb
Module-1: Traffic stream characteristics	Fundamental Relations of Traffic Flow	Fundamental Relations of Traffic Flow	86 kb
Module-1: Traffic stream characteristics	Traffic Stream Models	Traffic Stream Models	96 kb
Module-1: Traffic stream characteristics	Moving Observer Method	Moving Observer Method	52 kb
Module-2: Traffic measurement procedures	Measurement at a Point	Measurement at a Point	15 kb
Module-2: Traffic measurement procedures	Measurement over a Short Section	Measurement over a Short Section	18 kb
Module-2: Traffic measurement procedures	Measurement along a Length of Road	Measurement along a Length of Road	14 kb
Module-2: Traffic measurement procedures	Automated Traffic Measurement	Automated Traffic Measurement	263 kb
Module-2: Traffic measurement procedures	Intrusive Technologies	Intrusive Technologies	132 kb
Module-2: Traffic measurement procedures	Non-Intrusive Technologies	Non-Intrusive Technologies	127 kb
Module-2: Traffic measurement procedures	Travel Time Data Collection	Travel Time Data Collection	77 kb
Module-3: Microscopic Traffic Flow Modeling	Vehicle Arrival Models : Headway	Vehicle Arrival Models : Headway	67 kb
Module-3: Microscopic Traffic Flow Modeling	Vehicle Arrival Models : Count	Vehicle Arrival Models : Count	43 kb
Module-3: Microscopic Traffic Flow Modeling	Car Following Models	Car Following Models	79 kb
Module-3: Microscopic Traffic Flow Modeling	Lane Changing Models	Lane Changing Models	107 kb
Module-3: Microscopic Traffic Flow Modeling	Microscopic Traffic Simulation	Microscopic Traffic Simulation	21 kb
Module- 4 : Macroscopic And Mesoscopic Traffic Flow Modeling	Traffic Flow Modeling Analogies	Traffic Flow Modeling Analogies	74 kb
Module- 4 : Macroscopic And Mesoscopic Traffic Flow Modeling	Cell Transmission Models	Cell Transmission Models	91 kb
Module- 4 : Macroscopic And Mesoscopic Traffic Flow Modeling	Traffic Progression Models	Traffic Progression Models	91 kb
Module- 4 : Macroscopic And Mesoscopic Traffic Flow Modeling	Discrete Simulation Models	Discrete Simulation Models	209 kb
Module-5 : Uninterrupted Flow	Capacity and Level of Service LOS	Capacity and Level of Service LOS	38 kb
Module-5 : Uninterrupted Flow	Urban Streets	Urban Streets	126 kb
Module-5 : Uninterrupted Flow	Multilane Highways	Multilane Highways	302 kb
Module-5 : Uninterrupted Flow	Freeway Operations	Freeway Operations	382 kb
Module-5 : Uninterrupted Flow	Ramp metering	Ramp metering	237 kb
Module-5 : Uninterrupted Flow	Corridor analysis	Corridor analysis	87 kb
Module -6 : Traffic Intersection Control	Principles of Traffic Control	Principles of Traffic Control	42 kb
Module -6 : Traffic Intersection Control	Traffic Signs	Traffic Signs	63 kb
Module -6 : Traffic Intersection Control	Road Markings	Road Markings	110 kb
Module -6 : Traffic Intersection Control	Uncontrolled Intersection	Uncontrolled Intersection	162 kb
Module -6 : Traffic Intersection Control	Channelization	Channelization	790 kb
Module -6 : Traffic Intersection Control	Traffic rotary	Traffic rotary	117 kb
Module -6 : Traffic Intersection Control	Grade Separated Intersection	Grade Separated Intersection	144 kb
Module-7 : Traffic Signal Design	Design Priciples of Traffic Signal	Design Priciples of Traffic Signal	151 kb
Module-7 : Traffic Signal Design	Design principles of a traffic signal	Design principles of a traffic signal	130 kb
Module-7 : Traffic Signal Design	Evaluation of a traffic signal : Delay Models	Evaluation of a traffic signal : Delay Models	105 kb
Module-7 : Traffic Signal Design	Capacity and LOS Analysis of a Signalized I/S	Capacity and LOS Analysis of a Signalized I/S	49 kb
Module-7 : Traffic Signal Design	Coordinated Traffic Signal	Coordinated Traffic Signal	97 kb
Module-7 : Traffic Signal Design	Vehicle Actuated Signals	Vehicle Actuated Signals	194 kb
Module-7 : Traffic Signal Design	Area Traffic Control	Area Traffic Control	144 kb
Modul- 8 : Specialized Traffic Studies	Parking Studies	Parking Studies	101 kb
Modul- 8 : Specialized Traffic Studies	Accident Studies	Accident Studies	314 kb
Modul- 8 : Specialized Traffic Studies	Fuel Consumption and Emission Studies	Fuel Consumption and Emission Studies	226 kb
Modul- 8 : Specialized Traffic Studies	Congestion Studies	Congestion Studies	95 kb
Modul- 8 : Specialized Traffic Studies	Queuing Analysis	Queuing Analysis	92 kb
Modul- 8 : Specialized Traffic Studies	Toll Operation	Toll Operation	134 kb
Modul- 8 : Specialized Traffic Studies	Pedestrian Studies	Pedestrian Studies	269 kb
Module-9 : Intelligent Transportation System	Intelligent Transportation System - I	Intelligent Transportation System - I	324 kb
Module-9 : Intelligent Transportation System	Intelligent Transportation System - II	Intelligent Transportation System - II	102 kb
Module-9 : Intelligent Transportation System	Advanced ITS	Advanced ITS	103 kb

Civil engineering notes

 Lecture Notes Engineering Mechanics Lecture notes from MIT-USA

Structural Engineering Lecture notes from MIT-USA

Mechanics and Design of Concrete Structures Lecture notes from MIT-USA

Advanced Soil Mechanics Lecture notes from MIT-USA

Computing and Data Analysis for Environmental Applications Lecture notes from MIT-USA

Soil Composition, Index Properties and Soil Classification Lecture notes from MIT-USA

Soil Structure and Environmental Effects Lecture notes from MIT-USA



Introduction to Civil Engineering Design Lecture notes from MIT-USA

Dynamics and Control I Lecture Notes from MIT-USA

Advance Soil Mechanics Lecture Notes from MIT-USA

Bridge Engineering PDF

Bridge Construction PDF


BASIC DYNAMICS AND ASEISMIC DESIGN

TRAFFIC ENGINEERING

AIR POLLUTION MANAGEMENT.

PRESTRESS CONCRETE STRUCTURES NOTES

WATER RESOURCE ENGINEERING

TRAFFIC ENGINEERING

AIR POLLUTION MANAGEMENT

GROUND IMPROVEMENT TECHNIQUES

SES #	TOPICS
R1	Wind and Earthquake Loads (PDF)
R2	Flexural Analysis and Design of Beams (PDF)
R3	Shear in Beams (PDF)
R4	Reinforced Concrete Columns and Slabs (PDF)
R5	Design Procedures of Short Columns (PDF) Introduction to Slab Systems (PDF)
R6	Tension Members and Connections (PDF)
R7	Compression Members (PDF)

Advance Soil Mechanics Lecture Notes from MIT-USA

The following set of lecture notes cover every major topic discussed in class.
Part II-1 Soil Composition, Index Properties and Soil Classification (PDF - 1.6 MB)
Part II-2 Soil Structure and Environmental Effects (PDF)
Part III-1 Dry Soil: Stresses (PDF)
Part III-2 Stress-Strain-Strength Properties (PDF - 1.0 MB)
Part III-3 Lateral Earth Pressures and Retaining Walls (PDF)
Part III-4 Shallow Foundations on Sand: Bearing Capacity (PDF - 3.0 MB)
Part IV-1 Effective Stress Principle and Capillarity (PDF)
Part IV-2 One-Dimensional Flow (PDF)
Part IV-2A Two-Dimensional Flow (PDF)
Part IV-3 Coefficient of Permeability (PDF 1 of 2) (PDF 2 of 2 - 2.0 MB)
Part IV-4 Stress-Strain-Strength Behavior of Saturated Clays (PDF - 2.4 MB)
Part IV-5 Lateral Earth Pressures (PDF)
Part IV-6 Slope Stability (PDF)
Part IV-7 Bearing Capacity (PDF)
Part V-1 Introduction, Pore Pressure Parameters and Undrained Shear (PDF)
Part V-2 Consolidation and Secondary Compression (PDF)
Part V-3 Stability Evaluation: Cohesive Soils (PDF)
Part V-4 Estimation of Design s_u in Practice (PDF - 2.0 MB)
Part V-5 Settlement Analyses (PDF - 3.0 MB)

Dynamics and Control I Lecture Notes from MIT-USA

Bryan Owens and Frederick Jao prepared these notes specifically for MIT OpenCourseWare.

SES #	TOPICS
I. Motion of a Single Particle
L1	Newton's Laws, Cartesian and Polar Coordinates, Dynamics of a Single Particle (PDF)
L2	Work-Energy Principle (PDF)
L3	Dynamics of a Single Particle: Angular Momentum (PDF)
II. Motion of Systems of Particles
L4	Systems of Particles: Angular Momentum and Work-Energy Principle (PDF)
L5	Systems of Particles: Example 1: Linear Momentum and Conservation of Energy, Example 2: Angular Momentum (PDF)
L6	Collisions (PDF)
III. 2D-Motion of Rigid Bodies
L7	2D-Motion of Rigid Bodies: Kinematics (PDF)
L8	2D-Motion of Rigid Bodies: Kinematics - Instant Centers; Kinetics (PDF)
L9	2D-Motion of Rigid Bodies: Kinetics, Parallel Axis Theorem (PDF)
L10	2D-Motion of Rigid Bodies: Falling Stick Example, Work-Energy Principle (PDF)
L11	2D-Motion of Rigid Bodies: Finding Moments of Inertia, Rolling Cylinder with Hole Example (PDF)
L12	2D-Motion of Rigid Bodies: Rolling Cylinder and Rocker Examples (PDF)
IV. Introduction to Lagrangian Dynamics
L13	Lagrangian Dynamics: Generalized Coordinates and Forces (PDF)
L14	Lagrangian Dynamics: Virtual Work and Generalized Forces (PDF)
L15	Lagrangian Dynamics: Derivations of Lagrange's Equations and Examples (PDF)
L16	Lagrangian Dynamics: Examples (PDF)
L17	Lagrangian Dynamics: Examples and Equilibrium Analysis (PDF)
L18	Lagrangian Dynamics: Examples and Equilibrium Analysis (cont.) (PDF)
L19	Lagrangian Dynamics: Examples and Equilibrium Analysis (cont.) (PDF)
V. Vibrations
L20	Vibrations: Second Order Systems with One Degree of Freedom - Free Response (PDF)
L21	Vibrations: Second Order Systems with One Degree of Freedom - Forced Response (PDF)
L22	Vibrations: Free Response of Multi-Degree-of-Freedom Systems (PDF)
L23	Vibrations: Two Degrees of Freedom Systems - Wilberforce Pendulum (PDF)
L24	Vibrations: Forced Response of Multi-Degree-of-Freedom Systems (PDF)

Introduction to Civil Engineering Design

SES #	TOPICS
L1	Introduction
L2	Planning and Design Process
L3	Materials, Loads, and Design Safety
L4	Behavior and Properties of Concrete and Steel
L5	Wind and Earthquake Loads
L6	Design of Reinforced Concrete Beams for Flexure
L7	Design of Reinforced Concrete Beams for Flexure
L8	Design of Reinforced Concrete Beams for Shear
L9	Guest Lecture: Project Introduction
L10	Design of Reinforced Concrete Beams for Shear
L11	Project Hour: Group Presentations on Site Visit Observation
L12	Bond, Anchorage, and Serviceability
L13	Bond, Anchorage, and Serviceability Project Discussions
L14	Reinforced Concrete Columns
L15	Discussion of Project Tasks
L16	Exam 1 Review
L17	Exam 1
L18	Reinforced Concrete Columns
L19	Special Topic Lecture: Prestressed Concrete
L20	Reinforced Concrete Slabs
L21	Special Lecture: Bridge Design— Beyond the Calculations
L22	Introduction to Steel Design (PDF)
L23	Tension Members and Connections (PDF)
L24	Group Presentations
L25	Compression Members (PDF)
L26	Guest Lecture: Prestressed Concrete Systems
L27	Bending Members (PDF)
L28	Exam 2 Review
L29	Exam 2
L30	Structural Systems
L31	Final Project Presentations
L32	Final Project Presentations

Computing and Data Analysis for Environmental Applications Lecture notes from MIT-USA

LEC/REC #	TOPICS
1	Course Introduction (PDF)
2	Descriptive Statistics (PDF)
3	Probablility (PDF)
4	Joint Probability, Independence, Repeated Trials (PDF)
5	Combinatorial Methods for Deriving Probabilities (PDF)
6	Conditional Probability and Baye's Theorem (PDF)
7	Random Variables and Probability Distributions (PDF)
8	Expectation, Functions of a Random Variable (PDF)
9	Risk
10	Some Common Probability Distributions (PDF)
11	Multivariate Probability (PDF)
12	Functions of Many Random Variables
13	Populations and Samples (PDF)
14	Estimation (PDF)
15	Confidence Intervals (PDF)
16	Testing Hypotheses about a Single Population (PDF)
17	Testing Hypotheses about Two Populations (PDF)
18	Small Sample Statistics (PDF)
19	Analysis of Variance (PDF)
20	Analysis of Variance (contd.) (PDF)
21	Multifactor Analysis of Variance (PDF)
22	Linear Regression (PDF)
23	Analyzing Regression Results (PDF)

Advanced Soil Mechanics Lecture notes from MIT-USA

The following set of lecture notes cover every major topic discussed in class.
Part II-1 Soil Composition, Index Properties and Soil Classification (PDF - 1.6 MB)
Part II-2 Soil Structure and Environmental Effects (PDF)
Part III-1 Dry Soil: Stresses (PDF)
Part III-2 Stress-Strain-Strength Properties (PDF - 1.0 MB)
Part III-3 Lateral Earth Pressures and Retaining Walls (PDF)
Part III-4 Shallow Foundations on Sand: Bearing Capacity (PDF - 3.0 MB)
Part IV-1 Effective Stress Principle and Capillarity (PDF)
Part IV-2 One-Dimensional Flow (PDF)
Part IV-2A Two-Dimensional Flow (PDF)
Part IV-3 Coefficient of Permeability (PDF 1 of 2) (PDF 2 of 2 - 2.0 MB)
Part IV-4 Stress-Strain-Strength Behavior of Saturated Clays (PDF - 2.4 MB)
Part IV-5 Lateral Earth Pressures (PDF)
Part IV-6 Slope Stability (PDF)
Part IV-7 Bearing Capacity (PDF)
Part V-1 Introduction, Pore Pressure Parameters and Undrained Shear (PDF)
Part V-2 Consolidation and Secondary Compression (PDF)
Part V-3 Stability Evaluation: Cohesive Soils (PDF)
Part V-4 Estimation of Design s_u in Practice (PDF - 2.0 MB)
Part V-5 Settlement Analyses (PDF - 3.0 MB)

Mechanics and Design of Concrete Structures Lecture notes from MIT-USA

LEC #	TOPICS	DESIGN EXAMPLES
1	Introduction; Design Criteria for Reinforced Concrete Structures (PDF)
2	Micro-cracking of Concrete; Stress-strain Behavior in Multiaxial Loading (PDF)
3	Failure Theories (PDF)
4	Concrete Plasticity (PDF)
5	Fracture Concepts (PDF)
6	Creep and Shrinkage Deformation (PDF)
7	Ductility and Deflections (PDF)
8	Shear Failures (PDF)
9	Shear Transfer; Shear Design (PDF)	Failure Investigation of a Prestressed Concrete Bridge Girder (PDF)
10	Biaxial Bending (PDF)
11	Beam Column Joints (PDF)
12	Quiz 1
13	Torsion (PDF)	Shear and Torsion (PDF)
14	Term Project Update – Progress Reports and Presentations
15	Torsion, Shear, and Flexure (PDF)	Shear and Torsion (PDF)
16	Yield Line Theory for Slabs (PDF)	Analysis of Rectangular Slabs Using Yield Line Theory (PDF)
17	R/C Thin Shell Structures (PDF)
18	R/C Thin Shell and Structures (cont.) (PDF)
19	Segmental Bridges / Tall Buildings (PDF)
20	Term Project Update – Presentations
21	Deterioration and Non-destructive Evaluation (NDE) of Concrete Structures (PDF)
22	Earthquake Resistant Design; Repair and Seismic Retrofit of Concrete Structures (PDF)
23	Quiz 2
24	Final Presentations
25	Final Presentations (cont.)
26	Review and Discussion

Structural Engineering Lecture notes from MIT-USA

SES #	TOPICS
L1	Introduction
L2	Planning and Design Process
L3	Materials, Loads, and Design Safety
L4	Behavior and Properties of Concrete and Steel
L5	Wind and Earthquake Loads
L6	Design of Reinforced Concrete Beams for Flexure
L7	Design of Reinforced Concrete Beams for Flexure
L8	Design of Reinforced Concrete Beams for Shear
L9	Guest Lecture: Project Introduction
L10	Design of Reinforced Concrete Beams for Shear
L11	Project Hour: Group Presentations on Site Visit Observation
L12	Bond, Anchorage, and Serviceability
L13	Bond, Anchorage, and Serviceability Project Discussions
L14	Reinforced Concrete Columns
L15	Discussion of Project Tasks
L16	Exam 1 Review
L17	Exam 1
L18	Reinforced Concrete Columns
L19	Special Topic Lecture: Prestressed Concrete
L20	Reinforced Concrete Slabs
L21	Special Lecture: Bridge Design— Beyond the Calculations
L22	Introduction to Steel Design (PDF)
L23	Tension Members and Connections (PDF)
L24	Group Presentations
L25	Compression Members (PDF)
L26	Guest Lecture: Prestressed Concrete Systems
L27	Bending Members (PDF)
L28	Exam 2 Review
L29	Exam 2
L30	Structural Systems
L31	Final Project Presentations
L32	Final Project Presentations

Lecture Notes Engineering Mechanics Lecture notes from MIT-USA

Free to download for Civil Engineering Books and Lecture Notes Engineering Mechanics Lecture notes from MIT-USA

LEC #	TOPICS	DESIGN EXAMPLES
1	Introduction; Design Criteria for Reinforced Concrete Structures (PDF)
2	Micro-cracking of Concrete; Stress-strain Behavior in Multiaxial Loading (PDF)
3	Failure Theories (PDF)
4	Concrete Plasticity (PDF)
5	Fracture Concepts (PDF)
6	Creep and Shrinkage Deformation (PDF)
7	Ductility and Deflections (PDF)
8	Shear Failures (PDF)
9	Shear Transfer; Shear Design (PDF)	Failure Investigation of a Prestressed Concrete Bridge Girder (PDF)
10	Biaxial Bending (PDF)
11	Beam Column Joints (PDF)
12	Quiz 1
13	Torsion (PDF)	Shear and Torsion (PDF)
14	Term Project Update – Progress Reports and Presentations
15	Torsion, Shear, and Flexure (PDF)	Shear and Torsion (PDF)
16	Yield Line Theory for Slabs (PDF)	Analysis of Rectangular Slabs Using Yield Line Theory (PDF)
17	R/C Thin Shell Structures (PDF)
18	R/C Thin Shell and Structures (cont.) (PDF)
19	Segmental Bridges / Tall Buildings (PDF)
20	Term Project Update – Presentations
21	Deterioration and Non-destructive Evaluation (NDE) of Concrete Structures (PDF)
22	Earthquake Resistant Design; Repair and Seismic Retrofit of Concrete Structures (PDF)
23	Quiz 2
24	Final Presentations
25	Final Presentations (cont.)
26	Review and Discussion