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      • 1 ▸
        • Engineering Mathematics I
        • Engineering Physics
        • Computer Programming
        • Fundamental of Electrical and Electronics Engineering
        • Engineering Drawing
        • Engineering Mechanics I
      • 2 ▸
        • Engineering Mathematics II
        • Engineering Chemistry
        • Engineering Thermodynamics I
        • Machine Drawing
        • Engineering Mechanics II
        • Workshop Technology
      • 3 ▸
        • Engineering Mathematics III
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        • Strength of Materials
        • Applied Thermodynamics and Heat Transfer
        • Fundamentals of Aerospace Engineering
        • Introduction to CubeSats
        • Composite Materials
      • 4 ▸
        • Probability and Statistics
        • Electrical Machines
        • Computer Aided Design
        • Fluid Mechanics with Engineering Applications
        • Theory of Machine
        • Monitoring and Instrumentation
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        • Machine Design
        • Numerical Methods
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        • Continuum Mechanics
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        • Aerodynamics
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        • Aircraft Systems
        • Flight Dynamics
        • Unmanned Aerial Systems
        • Finite Element Analysis
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        • Aircraft Preliminary Design
        • Computational Fluid Dynamics
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        • Aviation Professional Practice
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        • ENERGY ENGINEERING
        • CIVIL ENGINEERING WORKSHOP
      • 3 ▸
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        • NUMERICAL METHODS
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        • STRENGTH OF MATERIALS
        • SURVEYING I
        • BUILDING TECHNOLOGY
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      • 6 ▸
        • TRANSPORTATION ENGINEERING II
        • SANITARY ENGINEERING
        • CONCRETE TECHNOLOGY & MASONRY
        • IRRIGATION & DRAINAGE ENGINEERING
        • DESIGN OF STEEL & TIMBER STRUCTURE
        • SURVEY FIELD PROJECT
        • CIVIL ENGINEERING PROJECT I
      • 7 ▸
        • DESIGN OF R.C.C
        • ENGINEERING PROFESSIONAL PRACTICE
        • HYDROPOWER ENGINEERING
        • CONSTRUCTION PROJECT MANAGEMENT
        • ELECTIVE II
        • CIVIL ENGINEERING PROJECT II
      • 8 ▸
        • PROJECT III
        • DESIGN OF BRIDGE
        • AIRPORT ENGINEERING
        • STRUCTURAL DYNAMICS
        • ENVIRONMENTAL IMPACT ASSESSMENT
        • DESIGN OF EARTHQUAKE RESISTANCE STRUCTURE
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Design of Steel & Timber Structure Notes

Pokhara University Semester 5 Design of Steel & Timber Structure Handwritten Notes
Design of Steel & Timber Structure Notes

Pokhara University Semester 5 Design of Steel & Timber Structure Handwritten Notes

 Searching for Pokhara University Civil Engineering Notes for Design of Steel & Timber Structure? Aarogya KC provides a dedicated collection of handwritten notes, reference books, old questions, and solved study …

Pokhara University Semester 5 Design of Steel & Timber Structure Handwritten Notes
Design of Steel & Timber Structure Notes

Pokhara University Semester 5 Design of Steel & Timber Structure Handwritten Notes

 Are you tired of hitting frustrating paywalls, blurry previews, and forced file-upload loops on document-sharing platforms like Scribd, Studocu, and SlideShare? Finding complete, legible study materials for engineering shouldn’t feel …

Pokhara University Semester 5 Design of Steel & Timber Structure Handwritten Notes for BE Civil Engineering
Design of Steel & Timber Structure Notes

Pokhara University Semester 5 Design of Steel & Timber Structure Handwritten Notes for BE Civil Engineering

 Looking for Pokhara University Civil Engineering Notes but tired of searching through different websites for the right PDF? If your current subject is Design of Steel & Timber Structure, you …

Pokhara University Semester 5 Design of Steel & Timber Structure Handwritten Notes – Complete Study Guide
Design of Steel & Timber Structure Notes

Pokhara University Semester 5 Design of Steel & Timber Structure Handwritten Notes – Complete Study Guide

 If you are searching for Pokhara University Civil Engineering Notes, especially Design of Steel & Timber Structure handwritten notes, you have reached the right place. This subject requires students to …

Design of Steel & Timber Structure Handwritten Notes for Pokhara University Semester 5: Free PDF Download
Design of Steel & Timber Structure Notes

Design of Steel & Timber Structure Handwritten Notes for Pokhara University Semester 5: Free PDF Download

 Stop trading your own files or paying subscription fees on document-sharing networks just to read textbook pages. Students across Pokhara University, TU, IOE, KU, and other technical faculties need direct, …

Pokhara University Semester 5 Design of Steel & Timber Structure Handwritten Notes: Free Complete Access
Design of Steel & Timber Structure Notes

Pokhara University Semester 5 Design of Steel & Timber Structure Handwritten Notes: Free Complete Access

 Are you tired of hitting paywalls, incomplete previews, and forced document uploads on platforms like Scribd, Studocu, or SlideShare? If you are a civil engineering student at Pokhara University (PU)—or …

Pokhara University Semester 5 Design of Steel & Timber Structure Handwritten Notes
Design of Steel & Timber Structure Notes

Pokhara University Semester 5 Design of Steel & Timber Structure Handwritten Notes

 Finding reliable Pokhara University Civil Engineering Notes can take a lot of time, especially when you are preparing for an important subject like Design of Steel and Timber Structure. Students …

Pokhara University Semester 5 Design of Steel & Timber Structure Handwritten Notes: Complete Guide & Free Download
Design of Steel & Timber Structure Notes

Pokhara University Semester 5 Design of Steel & Timber Structure Handwritten Notes: Complete Guide & Free Download

Are you an engineering student tired of hitting paywalls on sites like Scribd, Studocu, or SlideShare? Finding comprehensive, high-quality study materials can be an uphill battle. If you are studying …

Welcome to the ultimate study resource hub for STR 354: Design of Steel and Timber Structure Notes. This page contains comprehensive lecture notes, handwritten unit summaries, and solved numerical problems designed specifically for BCE / BCRE engineering students covering both Limit State and Working Stress methods.

Course Details & Overview

Course Title: Design of Steel and Timber Structure
Course Code: STR 354
Academic Program: BCE / BCRE
Credit Hours: 3 (3-2-0)
Full / Pass Marks: 100 / 45
Total Teaching Duration: 45 Hours

Syllabus Coverage in These Notes
Our downloadable STR 354 class notes and study materials cover all 9 core units of the official university syllabus:

Unit I: Introduction Notes (3 hrs) – Structural steel vs. rebar, steel pros & cons, design philosophy (WSM, LSM, Ultimate Load), and codal provisions.
Unit II: Analysis & Design of Joints Notes (7 hrs) – Bolted connections, welded joints (lap and butt), and eccentric in-plane bracket joints.
Unit III: Design of Tension Members Notes (4 hrs) – Net sectional area, yield and rupture design strength, block shear failure, angle/channel section end connections, and lug angles.
Unit IV: Design of Compression Members Notes (7 hrs) – Built-up sections, single and double lacing systems, battening methods, and column splicing procedures.
Unit V: Design of Column Bases Notes (4 hrs) – Base plates under axial and eccentric loads, anchor bolts, and step-by-step grillage foundation design.
Unit VI: Design of Steel Beams Notes (8 hrs) – Flexural member behavior, web buckling, web crippling, laterally supported/unsupported beams, and cover plate curtailment.
Unit VII: Plate Girder Notes (3 hrs) – Plate girder components, depth optimization, and structural design of intermediate and end stiffeners.
Unit VIII: Design of Roof Trusses Notes (5 hrs) – Load analysis (Dead, Live, and Wind loads per code) and purlin design using I-sections, channels, and angles.
Unit IX: Timber Structures Notes (4 hrs) – Codal standards for timber, solid/flitched flexural beams, and solid, box, or spaced timber column design.

Key Learning Outcomes Covered in Notes

Complete mathematical procedures for lacing, battening, and column splices.
Worked-out numerical problems for base plates and grillage foundations.
Detailed step-by-step design examples for plate girders and roof purlins.
Comprehensive solution formulas for timber beams and columns.

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