CE 3106

Structural Analysis and Design II Sessional

Course Type: Sessional

Course Credit: 1.5

Course Outline

Cantilever Bridge Design

Superstructure design

Design of girder (Interior & exterior)

Design of diaphragm

Design of articulation

Design of bearing pad

Design of side walk

Design of rail and rail-post

Design of deck/slab

Substructure design

Design of bridge pier

Design of pile cap

Design of pile

Abutment design

Md Monjurul Hasan' class covers

Structural Design

1.50 Credit of the Course / 3 hours per week

Lecture Plan

Some Videos

Attachments

AASHTO LRFD Steel Bridge Design Example .pdf — Collected ( Extra Material)

abutment design example.pdf — Collected (Extra Material)

Bridge Type Selection and Design Overview.pdf — Bridge Selection Criteria (Collected)

Cantiliver Bridge Design_Content.pdf — Content (Balanced Cantilever Bridge Design)

Cantiliver Bridge Design_Lec_4_1.pdf — Placement of moving loads [supplementary material, collected from web]

Cantiliver Bridge Design_Lec_4.pdf — Live load calculation for bridge design

Cantiliver Bridge Design_Lec_7_1.pdf — Bearing Pad Design (Worked Example)

Cantiliver Bridge Design_Lec_7_2.pdf — Different Types of Bearing Pad

Cantiliver Bridge Design_Lec_7.pdf — Bearing Design

Excel for Bridge Design .xlsx — A tool to construct moment envelop and find the design shear and moment

IRC-83 (Part II) - 1987 Elastomeric Bearings.pdf — Standard for Elastomeric Bearings

LRFD Bridge Design Manual.pdf — Collected (Extra Material)