Skip to content
NCIT
  • Home
  • Notes ▾
    • Aerospace Engineering ▸
      • 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
        • Material Science
        • 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
        • Aircraft Manufacturing Process
      • 5 ▸
        • Control System and Automation
        • Machine Design
        • Numerical Methods
        • Avionics
        • Continuum Mechanics
        • Aircraft Propulsion
        • Aerodynamics
      • 6 ▸
        • Professional Engineering Economics
        • Aviation Maintenance Engineering
        • Aircraft Systems
        • Flight Dynamics
        • Unmanned Aerial Systems
        • Finite Element Analysis
        • Elective I
      • 7 ▸
        • Aircraft Preliminary Design
        • Computational Fluid Dynamics
        • Aircraft Structures
        • Human Factors in Aviation
        • Aviation Professional Practice
        • Elective II
        • Project I
      • 8 ▸
        • Industrial Attachment
        • Project II
        • Elective III
    • Civil Engineering ▸
      • 1 ▸
        • CALCULUS - I
        • APPLIED CHEMISTRY
        • APPLIED PHYSICS
        • TECHNICAL COMMUNICATION
        • C-PROGRAMMING
        • ENGINEERING DRAWING
        • PAPERS
        • SEM 1 MATERIALS
      • 2 ▸
        • ALGEBRA & GEOMETRY
        • APPLIED MECHANICS
        • CIVIL ENGINEERING MATERIALS
        • ENGINEERING GEOLOGY
        • BASIC ELECTRICAL & ELECTRONICS
        • ENERGY ENGINEERING
        • CIVIL ENGINEERING WORKSHOP
        • PAPERS SEM 2
        • SEM 2 MATERIALS
      • 3 ▸
        • CALCULUS - II
        • NUMERICAL METHODS
        • FLUID MECHANICS
        • STRENGTH OF MATERIALS
        • SURVEYING I
        • BUILDING TECHNOLOGY
        • PAPERS
        • SEM 3 MATERIALS
      • 4 ▸
        • SOIL MECHANICS
        • SURVEYING II
        • ENGINEERING ECONOMICS
        • PROBABILITY & STATISTICS
        • HYDRAULICS
        • STRUCTURAL ANALYSIS I
        • PAPERS
        • SEM 4 MATERIALS
      • 5 ▸
        • ENGINEERING HYDROLOGY
        • STRUCTURAL ANALYSIS II
        • FOUNDATION ENGINEERING
        • WATER SUPPLY ENGINEERING
        • ESTIMATING & VALUATION
        • TRANSPORTATION ENGINEERING I
        • PAPERS
        • SEM 5 MATERIALS
      • 6 ▸
        • TRANSPORTATION ENGINEERING II
        • SANITARY ENGINEERING
        • CONCRETE TECHNOLOGY & MASONRY
        • IRRIGATION & DRAINAGE ENGINEERING
        • DESIGN OF STEEL & TIMBER STRUCTURE
        • SURVEY FIELD PROJECT
        • CIVIL ENGINEERING PROJECT I
        • PAPERS
        • SEM 6 MATERIALS
      • 7 ▸
        • DESIGN OF R.C.C
        • ENGINEERING PROFESSIONAL PRACTICE
        • HYDROPOWER ENGINEERING
        • CONSTRUCTION PROJECT MANAGEMENT
        • ELECTIVE II
        • CIVIL ENGINEERING PROJECT II
        • PAPERS
        • SEM 7 MATERIALS
      • 8 ▸
        • PROJECT III
        • DESIGN OF BRIDGE
        • AIRPORT ENGINEERING
        • STRUCTURAL DYNAMICS
        • ENVIRONMENTAL IMPACT ASSESSMENT
        • DESIGN OF EARTHQUAKE RESISTANCE STRUCTURE
        • RESEARCH
        • PAPERS
        • THESIS
  • Books ▾
    • Aerospace Engineering ▸
      • 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
        • Material Science
        • 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
        • Aircraft Manufacturing Process
      • 5 ▸
        • Control System and Automation
        • Machine Design
        • Numerical Methods
        • Avionics
        • Continuum Mechanics
        • Aircraft Propulsion
        • Aerodynamics
      • 6 ▸
        • Professional Engineering Economics
        • Aviation Maintenance Engineering
        • Aircraft Systems
        • Flight Dynamics
        • Unmanned Aerial Systems
        • Finite Element Analysis
        • Elective I
      • 7 ▸
        • Aircraft Preliminary Design
        • Computational Fluid Dynamics
        • Aircraft Structures
        • Human Factors in Aviation
        • Aviation Professional Practice
        • Elective II
        • Project I
      • 8 ▸
        • Industrial Attachment
        • Project II
        • Elective III
    • Civil Engineering ▸
      • 1 ▸
        • CALCULUS - I
        • APPLIED CHEMISTRY
        • APPLIED PHYSICS
        • TECHNICAL COMMUNICATION
        • C-PROGRAMMING
        • ENGINEERING DRAWING
      • 2 ▸
        • ALGEBRA & GEOMETRY
        • APPLIED MECHANICS
        • CIVIL ENGINEERING MATERIALS
        • ENGINEERING GEOLOGY
        • BASIC ELECTRICAL & ELECTRONICS
        • ENERGY ENGINEERING
        • CIVIL ENGINEERING WORKSHOP
      • 3 ▸
        • CALCULUS - II
        • NUMERICAL METHODS
        • FLUID MECHANICS
        • STRENGTH OF MATERIALS
        • SURVEYING I
        • BUILDING TECHNOLOGY
      • 4 ▸
        • SOIL MECHANICS
        • SURVEYING II
        • ENGINEERING ECONOMICS
        • PROBABILITY & STATISTICS
        • HYDRAULICS
        • STRUCTURAL ANALYSIS I
      • 5 ▸
        • ENGINEERING HYDROLOGY
        • STRUCTURAL ANALYSIS II
        • FOUNDATION ENGINEERING
        • WATER SUPPLY ENGINEERING
        • ESTIMATING & VALUATION
        • TRANSPORTATION ENGINEERING I
      • 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
  • Upload
  • Login
  • Register

Applied Mechanics Notes

Pokhara University Semester 2 Applied Mechanics Handwritten Notes: The Ultimate Student Guide
Applied Mechanics Notes

Pokhara University Semester 2 Applied Mechanics Handwritten Notes: The Ultimate Student Guide

Are subscription walls, blurred previews, and paid file-sharing platforms like Scribd, Studocu, and SlideShare draining your energy and wallet? If you are tired of paying just to read a few …

Applied Mechanics: BE Civil Engineering Study Materials for PU and IOE Students: Notes, Books and Previous Questions
Applied Mechanics Notes

Applied Mechanics: BE Civil Engineering Study Materials for PU and IOE Students: Notes, Books and Previous Questions

A civil engineering degree comes with a long list of subjects, formulas, drawings, numerical problems, and theory to work through. Finding the syllabus is usually easy. Finding good study material …

Pokhara University Civil Engineering Notes: Semester 2 Applied Mechanics Complete Guide
Applied Mechanics Notes

Pokhara University Civil Engineering Notes: Semester 2 Applied Mechanics Complete Guide

Tired of hitting paywalls, artificial download limits, and teaser previews on platforms like Scribd, Studocu, and SlideShare? If you are an engineering student trying to pass your exams without burning …

Applied Mechanics : BE Civil Engineering Notes for PU, IOE and Other Universities: Handwritten Notes, Books and Solved Questions
Applied Mechanics Notes

Applied Mechanics : BE Civil Engineering Notes for PU, IOE and Other Universities: Handwritten Notes, Books and Solved Questions

Studying civil engineering means dealing with a lot of material. One week you may be working on mechanics problems, and the next you may need to prepare drawings, revise theory, …

Pokhara University Semester 2 Applied Mechanics Handwritten Notes | Complete Civil Engineering Guide
Applied Mechanics Notes

Pokhara University Semester 2 Applied Mechanics Handwritten Notes | Complete Civil Engineering Guide

Struggling to find reliable study materials without running into expensive paywalls or frustrating download limits on sites like Scribd, Studocu, and SlideShare? You are not alone. Engineering students across Nepal …

Pokhara University Applied Mechanics Handwritten Notes | Complete Semester 2 Civil Engineering Resources
Applied Mechanics Notes

Pokhara University Applied Mechanics Handwritten Notes | Complete Semester 2 Civil Engineering Resources

Are you tired of hitting paywalls, incomplete previews, and subscription traps on platforms like Scribd, Studocu, and SlideShare? For engineering students striving for top grades, finding reliable, comprehensive, and free …

Complete BE Civil Engineering Notes for Pokhara University & IOE Students: Applied Mechanics Handwritten Notes,
Applied Mechanics Notes

Complete BE Civil Engineering Notes for Pokhara University & IOE Students: Applied Mechanics Handwritten Notes,

Finding good study materials can sometimes be harder than preparing for the exam itself. Civil engineering students often have to search through different websites, old Facebook posts, shared drives, and …

Complete BE Civil Engineering Notes for Pokhara University & IOE Students: Free Handwritten Notes
Applied Mechanics Notes

Applied Mechanics Complete BE Civil Engineering Notes for Pokhara University & IOE Students: Free Handwritten Notes

Are you tired of hitting paywalls on platforms like Scribd, Studocu, or SlideShare while searching for engineering study materials? If you are a civil engineering student studying under Pokhara University …

Applied Mechanics (MEC 150) Lecture Notes & Study Resources
Applied Mechanics (MEC 150) serves as a foundational engineering course designed to bridge the gap between pure physics and real-world structural applications. The curriculum covers the essential principles of statics and dynamics, equipping students with the mathematical and physical tools required to analyze physical systems at rest and in motion. Access complete chapter-wise class notes, handwritten study materials, and solved numerical problems mapped directly to the official syllabus below.

Syllabus Breakdown & Chapter Notes

Unit 1: Fundamentals & Principles (3 Hours)

Syllabus Highlights: Core definitions of statics vs. dynamics, vector algebra reviews, coordinate systems, and fundamental Newtonian principles governing particle, rigid body, and fluid behavior.
Notes Content: Unit conversion charts, fundamental vector algebra formulas, and conceptual summary notes.

Unit 2: Force Systems & Static Equilibrium (10 Hours)

Syllabus Highlights: Vector resolution of external and internal forces, 2D/3D equilibrium equations, Free Body Diagrams (FBD), friction dynamics, moments, couples, and transmissibility principles.
Notes Content: Step-by-step guides for drawing Free Body Diagrams (FBD), solved equilibrium examples, and friction practice problems.

Unit 3: Centroids & Moments of Inertia (6 Hours)

Syllabus Highlights: Geometric center calculations (Centre of Gravity/Centroid) for lines and areas, second moment of area, radius of gyration, and practical application of the Parallel Axis Theorem.
Notes Content: Centroid formulas cheat sheet, composite shape derivation steps, and Moment of Inertia shortcut methods.

Unit 4: Structural Analysis of Beams & Trusses (9 Hours)

Syllabus Highlights: Analysis of statically determinate structures. Construction of Axial Force (AFD), Shear Force (SFD), and Bending Moment Diagrams (BMD), alongside truss internal force analysis using the Method of Joints and Method of Sections.
Notes Content: Standard SFD/BMD sign conventions, fully solved truss problems, and Method of Joints vs. Sections decision matrix.

Unit 5: Kinematics of Particles & Rigid Bodies (8 Hours)

Syllabus Highlights: Analysis of motion without regard to forces: rectilinear and curvilinear motion, position/velocity/acceleration derivations using rectangular, tangential/normal, and radial/transverse components.
Notes Content: Motion equations derivation sheets, coordinate transformation summaries, and worked kinematics problems.

Unit 6: Kinetics of Particles (6 Hours)

Syllabus Highlights: Newton’s Second Law applied to dynamic systems, formulation of equations of motion across coordinate systems, dynamic equilibrium, and D’Alembert’s Principle.
Notes Content: D’Alembert’s Principle step-by-step application notes and dynamic system problem sets with solutions.

Unit 7: Work, Energy & Momentum Methods (8 Hours)

Syllabus Highlights: Energy and momentum balance methods, including work done by forces/springs, Principle of Work and Energy, conservation principles, impulse-momentum relationship, and central/oblique impacts.
Notes Content: Work-Energy vs. Impulse-Momentum usage guide, impact restitution notes, and spring-damper derivations.

Unit 8: Systems of Particles (6 Hours)

Syllabus Highlights: Extending dynamic principles to multi-particle networks, central force motion, collective kinetic/potential energy transformations, and total momentum conservation.
Notes Content: Center of mass motion proofs, multi-particle system energy equations, and orbital/central force notes.

Unit 9: Mechanical Vibration in Structures (4 Hours)

Syllabus Highlights: Introduction to structural dynamics focusing on Simple Harmonic Motion (SHM), undamped and damped free vibrations, and structural engineering applications.
Notes Content: SHM differential equation setups, natural frequency calculation guides, and damping coefficient formula notes.

© 2026 Design by - Kishor K.C.
  • Home
  • Notes
  • Books
  • Upload