Канал: Abrenian Lecturer

Integration Involving Inverse Trigonometric Functions

Integration Involving Inverse Trigonometric Functions

Sample Problems - Transformation Method for Trigonometric Functions

Sample Problems - Transformation Method for Trigonometric Functions

Sample Problems in Probability and Engineering Economy 1

Sample Problems in Probability and Engineering Economy 1

Sample Problems in Plane and Solid Geometry Part 3

Sample Problems in Plane and Solid Geometry Part 3

Sample problems in Plane Geometry and Solid Geometry Part 2

Sample problems in Plane Geometry and Solid Geometry Part 2

Sample Problems in Plane and Solid Geometry Part 1

Sample Problems in Plane and Solid Geometry Part 1

Engineering Economy part 4

Engineering Economy part 4

Engineering Economy Part 3

Engineering Economy Part 3

Economy part 2

Economy part 2

Economy part 1

Economy part 1

Dynamics Refresher 3

Dynamics Refresher 3

Dynamics Refresher 2

Dynamics Refresher 2

Dynamics Refresher 1

Dynamics Refresher 1

Hydraulics (37 to 46)

Hydraulics (37 to 46)

Fluid Mechanics 11-20

Fluid Mechanics 11-20

Fluid Mechanics Review Part 1

Fluid Mechanics Review Part 1

Surveying part 4

Surveying part 4

Surveying Part 3

Surveying Part 3

Surveying part 2

Surveying part 2

Surveying part 1

Surveying part 1

SOLVED MIXED PROBLEMS IN GENERAL ENGINEERING 1

SOLVED MIXED PROBLEMS IN GENERAL ENGINEERING 1

SOLVED MIXED PROBLEMS IN GENERAL ENGINEERING 1

SOLVED MIXED PROBLEMS IN GENERAL ENGINEERING 1

Vector - Triangle Method/Component Method

Vector - Triangle Method/Component Method

Sample Problems in Probability Part 2

Sample Problems in Probability Part 2

Sample Problems in Probability Part 1

Sample Problems in Probability Part 1

Steel Design - Eccentrically Loaded Bolted Connection

Steel Design - Eccentrically Loaded Bolted Connection

Steel Design - Welded Connection 1

Steel Design - Welded Connection 1

Steel Design - Slip-Critical Connection

Steel Design - Slip-Critical Connection

Steel Design - SIMPLE CONNECTIONS: BOLTED CONNECTIONS 2

Steel Design - SIMPLE CONNECTIONS: BOLTED CONNECTIONS 2

Steel Design - SIMPLE CONNECTIONS: BOLTED CONNECTIONS 1

Steel Design - SIMPLE CONNECTIONS: BOLTED CONNECTIONS 1

Steel Design - Members subjected to Bending and Axial Tension 2

Steel Design - Members subjected to Bending and Axial Tension 2

Steel Design - Members subjected to Bending and Axial Tension 1

Steel Design - Members subjected to Bending and Axial Tension 1

Steel Design - Beam-Bearing Plate

Steel Design - Beam-Bearing Plate

Steel Design - Web Crippling

Steel Design - Web Crippling

Steel Design - Local Web Yielding

Steel Design - Local Web Yielding

Steel Design -Shear Strength of Stiffened or Unstiffened Webs

Steel Design -Shear Strength of Stiffened or Unstiffened Webs

Steel Design - Selection of Section for Flexural Members 2

Steel Design - Selection of Section for Flexural Members 2

Steel Design - Selection of Section for Flexural Members 1

Steel Design - Selection of Section for Flexural Members 1

Steel Design - Design and Analysis of Flexural Members - Compact Sections under Zone 3

Steel Design - Design and Analysis of Flexural Members - Compact Sections under Zone 3

Steel Design - Design and Analysis of Flexural Members - Compact Sections under Zone 2

Steel Design - Design and Analysis of Flexural Members - Compact Sections under Zone 2

Steel Design - Design and Analysis of Flexural Members - Compact Section under Zone 1.

Steel Design - Design and Analysis of Flexural Members - Compact Section under Zone 1.

Steel Design - Design of Base Plate for Compression Members 2

Steel Design - Design of Base Plate for Compression Members 2

Steel Design - Design of Base Plate

Steel Design - Design of Base Plate

Steel Design - Selection of Section Compression Members (Method 2)

Steel Design - Selection of Section Compression Members (Method 2)

Steel Design - Selection of Section for Compression Members (Method 1)

Steel Design - Selection of Section for Compression Members (Method 1)

Steel Design - Compression Members

Steel Design - Compression Members

Steel Design - Tension Members(Plate) with Welded Connections

Steel Design - Tension Members(Plate) with Welded Connections

Steel Design - Tension Members (Angle bar - GSY, TRS and BSS)

Steel Design - Tension Members (Angle bar - GSY, TRS and BSS)

Steel Design - Tension Member with Welded Connections

Steel Design - Tension Member with Welded Connections

Steel Design - Tension Members with Staggered Bolt Connection

Steel Design - Tension Members with Staggered Bolt Connection

Steel Design - Tension Members with Bolt Connection

Steel Design - Tension Members with Bolt Connection

Higher Order D.E.: Homogeneous Equation with Constant Coefficients - Repeated Roots

Higher Order D.E.: Homogeneous Equation with Constant Coefficients - Repeated Roots

Higher Order D.E.: Homogeneous Equation with Constant Coefficients - Distinct Roots

Higher Order D.E.: Homogeneous Equation with Constant Coefficients - Distinct Roots

Brine Solution - Differential Equation Example 2

Brine Solution - Differential Equation Example 2

Brine Solution - Differential Equation

Brine Solution - Differential Equation

Differential Equation - Newton's Law of Cooling

Differential Equation - Newton's Law of Cooling

Differential Equation - Decay of Radioactive Material

Differential Equation - Decay of Radioactive Material

Differential Equation Application - Growth and Decay

Differential Equation Application - Growth and Decay

Fluid Mechanics - Board Exam Sample Problems

Fluid Mechanics - Board Exam Sample Problems

Strength of Materials + Timber Design 2-2

Strength of Materials + Timber Design 2-2

Hydraulics (47 to 60)

Hydraulics (47 to 60)

Hydraulics (24 to 36)

Hydraulics (24 to 36)

Fluid Mechanics Part 3

Fluid Mechanics Part 3

Strength of Materials + Timber Design Lecture Part 2-1

Strength of Materials + Timber Design Lecture Part 2-1

Strength of Materials + Timber Design - Part 1-2

Strength of Materials + Timber Design - Part 1-2

Strength of Materials + Timber Design Lecture Part 1-1

Strength of Materials + Timber Design Lecture Part 1-1

Hydraulics and Fluid Mechanics Refresher Lecture Part 2-2

Hydraulics and Fluid Mechanics Refresher Lecture Part 2-2

Hydraulics and Fluid Mechanics Refresher Lecture Part 2-1

Hydraulics and Fluid Mechanics Refresher Lecture Part 2-1

Hydraulics and Fluid Mechanics Refresher Part 1-2

Hydraulics and Fluid Mechanics Refresher Part 1-2

Hydraulics and Fluid Mechanics - Refresher Lecture part 1-1

Hydraulics and Fluid Mechanics - Refresher Lecture part 1-1

Influence Line: Truss

Influence Line: Truss

Portal Method: Example 2

Portal Method: Example 2

Portal Method: Intro + Example 1

Portal Method: Intro + Example 1

Area-Moment Method: Addional Example

Area-Moment Method: Addional Example

Area-Moment Method - Example

Area-Moment Method - Example

Cantilever Method - Example 3(with V-D & M-D)

Cantilever Method - Example 3(with V-D & M-D)

Double Integration Method - Example

Double Integration Method - Example

Cantilever Method: Example 2

Cantilever Method: Example 2

Cantilever Method: Example 1

Cantilever Method: Example 1

Combined Stress: Axial + Bending

Combined Stress: Axial + Bending

Stress in Beams: Horizontal Shearing Stress - I-Beam

Stress in Beams: Horizontal Shearing Stress - I-Beam

Stress in Beams: Horizontal Shearing Stress - T-Beams

Stress in Beams: Horizontal Shearing Stress - T-Beams

Stress in Beams: Horizontal Shearing Stress - Rectangular Beams

Stress in Beams: Horizontal Shearing Stress - Rectangular Beams

Stress in Beams: Bending Stress - Wide Flange

Stress in Beams: Bending Stress - Wide Flange

Stress in Beams: Bending Stress - T-Beam

Stress in Beams: Bending Stress - T-Beam

Stresses in Beams: Bending Stress - Rectangular Beam

Stresses in Beams: Bending Stress - Rectangular Beam

(4) Shear and Moment Diagrams for Beams Example

(4) Shear and Moment Diagrams for Beams Example

Hydraulics part 2

Hydraulics part 2

Hydraulics part 1

Hydraulics part 1

(3) Shear and Moment Diagrams: Uniformly Varying Load

(3) Shear and Moment Diagrams: Uniformly Varying Load

(2) Shear and Moment Diagram: Simple Beam

(2) Shear and Moment Diagram: Simple Beam

(1) Shear and Moment in Beams

(1) Shear and Moment in Beams

Fluid Mechanics Part 1

Fluid Mechanics Part 1

Fluid Mechanics Part 2

Fluid Mechanics Part 2

Torsion: Power Transmission

Torsion: Power Transmission

Torsion: Shaft with Fixed Ends

Torsion: Shaft with Fixed Ends

Torsion: Shaft Carrying Multiple Torques

Torsion: Shaft Carrying Multiple Torques

Torsion: Intro + Simple Example

Torsion: Intro + Simple Example

Strain: Axial Force + Change in Temperature

Strain: Axial Force + Change in Temperature

Strain: Statically Indeterminate

Strain: Statically Indeterminate

Shear Deformation

Shear Deformation

Strain - Uniaxial, Biaxial and Triaxial Loading

Strain - Uniaxial, Biaxial and Triaxial Loading

Strain - Sample Problem

Strain - Sample Problem

Strain

Strain

Working/Allowable Stress - Normal Stress and Shearing Stress

Working/Allowable Stress - Normal Stress and Shearing Stress

Normal Stress

Normal Stress

Interpolation: Forward and Backward (Newton-Gregory Interpolation Method)

Interpolation: Forward and Backward (Newton-Gregory Interpolation Method)

Forward Newton-Gregory Method

Forward Newton-Gregory Method

Solid Geometry Part 3

Solid Geometry Part 3

Solid Geometry Part 2

Solid Geometry Part 2

Solid Geometry Part 1

Solid Geometry Part 1

Curve Fitting - 2nd Order Polynomial

Curve Fitting - 2nd Order Polynomial

Plane Geometry Part 4

Plane Geometry Part 4

Plane Geometry Part 3

Plane Geometry Part 3

Linear Regression

Linear Regression

Plane Geometry part 1

Plane Geometry part 1

Newton - Raphson Method

Newton - Raphson Method

Secant Method - Numerical Solution

Secant Method - Numerical Solution

Regula Falsi Method (False Position Method)

Regula Falsi Method (False Position Method)

Plane Trigonometry Part 1.

Plane Trigonometry Part 1.

Bisection Method

Bisection Method

Incremental Search Method

Incremental Search Method

Gauss-Jordan Elimination - Sample Application

Gauss-Jordan Elimination - Sample Application

Gauss-Jordan Elimination Method - Sample Problem

Gauss-Jordan Elimination Method - Sample Problem

Inverse of a Matrix

Inverse of a Matrix

Determinant of a Matrix

Determinant of a Matrix

Transpose of A Matrix/Adjoint of a Matrix

Transpose of A Matrix/Adjoint of a Matrix

Matrix: Intro + Addition/Subtraction

Matrix: Intro + Addition/Subtraction

Multiplication of Matrices

Multiplication of Matrices

Pyramid

Pyramid

Sphere

Sphere

Cone

Cone

Radian/Sector&Segment of a Circle/Angular Velocity

Radian/Sector&Segment of a Circle/Angular Velocity

Exponential Form of Complex Numbers

Exponential Form of Complex Numbers

Powers and Roots of Complex Numbers

Powers and Roots of Complex Numbers

Complex Numbers in Polar Form

Complex Numbers in Polar Form

Complex Numbers - Introduction

Complex Numbers - Introduction

Clock Problems

Clock Problems

Motion Problems/Balance Problems

Motion Problems/Balance Problems

Geometry-Related Problems/Mixture Problems

Geometry-Related Problems/Mixture Problems

Money-Related/Simple Interest Problems

Money-Related/Simple Interest Problems

Age Problem/Work Problem

Age Problem/Work Problem

Digit/Number-Related Problems

Digit/Number-Related Problems

Rational Inequalities and Inequalities with Absolute Value

Rational Inequalities and Inequalities with Absolute Value

Inequalities

Inequalities

Strength of Materials: Spring, Torsion, Shear & Moment, Bending & Shearing Stress, Combined Stress.

Strength of Materials: Spring, Torsion, Shear & Moment, Bending & Shearing Stress, Combined Stress.

Strength of Materials: Stress and Strain

Strength of Materials: Stress and Strain

Ratio, Proportion and Variation

Ratio, Proportion and Variation

Harmonic Progression

Harmonic Progression

Engineering Mechanics - part 2

Engineering Mechanics - part 2

Engineering Mechanics - part 1

Engineering Mechanics - part 1

Geometric Progression

Geometric Progression

Arithmetic Progression

Arithmetic Progression

Introduction: Set

Introduction: Set

Set Operations/Venn Diagram

Set Operations/Venn Diagram

Physics - part 2

Physics - part 2

Physics - part 1

Physics - part 1

Influence Line: Beam

Influence Line: Beam

Intro: Influence Line

Intro: Influence Line

Engineering Economy part 2

Engineering Economy part 2

Engineering Economy part 1

Engineering Economy part 1

Moment Distribution Method - Frames with sidesway

Moment Distribution Method - Frames with sidesway

Moment Distribution Method - Frames with no Side-sway

Moment Distribution Method - Frames with no Side-sway

Moment Distribution Method - Beam

Moment Distribution Method - Beam

Slope-Deflection Method - Beam

Slope-Deflection Method - Beam

Slope-Deflection Method

Slope-Deflection Method

Three-Moment Equation 2

Three-Moment Equation 2

Three-Moment Equation - with support settlement

Three-Moment Equation - with support settlement

Three-Moment Equation

Three-Moment Equation

Virtual Work - Indeterminate Truss 2

Virtual Work - Indeterminate Truss 2

Virtual Work - Indeterminate Truss

Virtual Work - Indeterminate Truss

Virtual Work/Castigliano's Theorem - Truss

Virtual Work/Castigliano's Theorem - Truss

Virtual Work - Deteriminate Truss

Virtual Work - Deteriminate Truss

Conjugate Beam Method - Deteriminate Beam

Conjugate Beam Method - Deteriminate Beam

Area-Moment Method - Deteriminate Beam

Area-Moment Method - Deteriminate Beam

Double Integration Method - Cantilever

Double Integration Method - Cantilever

Double Integration Method - Deteriminate Beam

Double Integration Method - Deteriminate Beam

Frame Analysis

Frame Analysis

Parabolic and Catenary

Parabolic and Catenary

Complex Truss - Sample Problem

Complex Truss - Sample Problem

Truss Analysis

Truss Analysis

Load Analysis - Live Loads and Dead Loads

Load Analysis - Live Loads and Dead Loads

Determinacy of Structures

Determinacy of Structures

Froude Number + Hydraulic Jump

Froude Number + Hydraulic Jump

Parametric Equations - Time Rates

Parametric Equations - Time Rates

Critical Flow - Critical Depth

Critical Flow - Critical Depth

Open Channels - Most Efficient Sections

Open Channels - Most Efficient Sections

Open Channels

Open Channels

Time Rates

Time Rates

Reynold's Number + Reservoirs

Reynold's Number + Reservoirs

Derivative of Inverse Trigonometric, Exponential and Logarithmic Functions

Derivative of Inverse Trigonometric, Exponential and Logarithmic Functions

Radius of Curvature + Intro to Derivatives of Trigonometric Functions

Radius of Curvature + Intro to Derivatives of Trigonometric Functions

Major Head Losses: Pipe Network and Turbine Example

Major Head Losses: Pipe Network and Turbine Example

Major Losses in Pipes

Major Losses in Pipes

Weirs

Weirs

Application of Máxima-Mínima

Application of Máxima-Mínima

Orifice - Part 2

Orifice - Part 2

Orifice - Part 1

Orifice - Part 1

Second Derivative Test + Point of Inflection

Second Derivative Test + Point of Inflection

Maxima and Minima

Maxima and Minima