Канал: Mounika Meduri

Introduction to bolted connections

Introduction to bolted connections

Efficiency of joint problem -1 | Bolted Connections || Design of Steel structures

Efficiency of joint problem -1 | Bolted Connections || Design of Steel structures

design of welded connections Problem 3 | Welded connections || Design of steel connection

design of welded connections Problem 3 | Welded connections || Design of steel connection

DSS Unit 5 design of gantry girder

DSS Unit 5 design of gantry girder

Exp7 Design and detailing of simply supported beam

Exp7 Design and detailing of simply supported beam

Exp 6 Analysis and design of truss | SDD Lab || STAAD.Pro Connect

Exp 6 Analysis and design of truss | SDD Lab || STAAD.Pro Connect

Exp 5 Analysis and design of residential building subjected to secondary loads

Exp 5 Analysis and design of residential building subjected to secondary loads

Tension splice design | Design of Tension members || Design of Steel Structures

Tension splice design | Design of Tension members || Design of Steel Structures

Experiment-4 | Design and analysis of space frame using STAAD Pro connect and RCDC || SDD lab

Experiment-4 | Design and analysis of space frame using STAAD Pro connect and RCDC || SDD lab

Design strength of single angle section | Tension Members || Design of Steel Structures

Design strength of single angle section | Tension Members || Design of Steel Structures

Tension members Introduction, IS Specifications and problem || Design of Steel Structures

Tension members Introduction, IS Specifications and problem || Design of Steel Structures

Welded Connections Problem 2 | Design for 100 percent efficiency || Design of steel structures.

Welded Connections Problem 2 | Design for 100 percent efficiency || Design of steel structures.

Welded Connections Introduction and Problem 1 || Design of Steel Structures

Welded Connections Introduction and Problem 1 || Design of Steel Structures

Prying Action | Design of Steel Structures

Prying Action | Design of Steel Structures

Civil engineering quiz -3

Civil engineering quiz -3

Current affairs Quiz -3

Current affairs Quiz -3

General Studies Quiz -3

General Studies Quiz -3

Civil Engineering Quiz -2

Civil Engineering Quiz -2

Current Affairs Quiz -2

Current Affairs Quiz -2

General Studies Quiz-2

General Studies Quiz-2

Civil Engineering quiz-1

Civil Engineering quiz-1

Current Affairs Quiz -1

Current Affairs Quiz -1

General Studies Quiz -1

General Studies Quiz -1

19 February 2022

19 February 2022

Gantt chart | Bar chart | Project Management

Gantt chart | Bar chart | Project Management

Valuation of building Depreciation method | Valuation || Estimating and Costing

Valuation of building Depreciation method | Valuation || Estimating and Costing

Depreciation method of Valuation | Estimating and costing || Valuation

Depreciation method of Valuation | Estimating and costing || Valuation

How to fix Rent for a building | Rent fixation || Valuation

How to fix Rent for a building | Rent fixation || Valuation

Valuation of Property using Rental method

Valuation of Property using Rental method

Revit for bigginners | Autodesk Revit Architecture || Complete session Marathon

Revit for bigginners | Autodesk Revit Architecture || Complete session Marathon

Overhanging beam numerical problem case 1 | SFD & BMD || Strength of Materials

Overhanging beam numerical problem case 1 | SFD & BMD || Strength of Materials

1.1 FEM concept to find Perimeter of Circle || Finite Element Methods

1.1 FEM concept to find Perimeter of Circle || Finite Element Methods

Mullins effect | Hyperelasticity || Continuum Mechanics

Mullins effect | Hyperelasticity || Continuum Mechanics

Deformation Gradient (F) with numerical examples | Kinematics || Continuum mechanics

Deformation Gradient (F) with numerical examples | Kinematics || Continuum mechanics

Important properties of Tensors | Tensor Algebra || Continuum mechanics

Important properties of Tensors | Tensor Algebra || Continuum mechanics

Introduction to Vector algebra ||Continuum Mechanics

Introduction to Vector algebra ||Continuum Mechanics

Introduction to Tensor algebra and Tensor Product (Dyad)

Introduction to Tensor algebra and Tensor Product (Dyad)

Index notation, summation convention, Dummy index, free index || Continuum mechanics

Index notation, summation convention, Dummy index, free index || Continuum mechanics

Scalars, vectors and tensors | Continuum mechanics

Scalars, vectors and tensors | Continuum mechanics

Simply Supported beam with UVL Case-2 | SFD BMD || Strength of Materials

Simply Supported beam with UVL Case-2 | SFD BMD || Strength of Materials

Simply Supported beam with Uniformly Varying load Case-1 | SFD & BMD || Strength of Materials

Simply Supported beam with Uniformly Varying load Case-1 | SFD & BMD || Strength of Materials

Simply Supported beam with UDL and Point Loads | Numerical Problem ||SFD & BMD

Simply Supported beam with UDL and Point Loads | Numerical Problem ||SFD & BMD

Simply Supported beam with UDL over the span | SFD & BMD | Strength of Materials

Simply Supported beam with UDL over the span | SFD & BMD | Strength of Materials

Simply Supported beam with Point load | SFD & BMD || Numerical Problem || Strength of Materials

Simply Supported beam with Point load | SFD & BMD || Numerical Problem || Strength of Materials

Simply Supported Beam with Eccentric Point Load | SFD & BMD || Strength of Materials

Simply Supported Beam with Eccentric Point Load | SFD & BMD || Strength of Materials

Simply Supported Beam with Point load at Centre | SFD and BMD || Strength of Materials

Simply Supported Beam with Point load at Centre | SFD and BMD || Strength of Materials

Cantilever beam with Combination of Point loads, UDL and UVL | SFD & BMD || Strength of materials

Cantilever beam with Combination of Point loads, UDL and UVL | SFD & BMD || Strength of materials

SFD & BMD Cantilever beam with Uniformly Varying Load (UVL)

SFD & BMD Cantilever beam with Uniformly Varying Load (UVL)

Cantilever with Combination of Point load and UDL | SFD & BMD || Strength of Materials

Cantilever with Combination of Point load and UDL | SFD & BMD || Strength of Materials

SFD & BMD: Cantilever beam with UDL

SFD & BMD: Cantilever beam with UDL

SFD & BMD Cantilever beam with Point loads |Numerical Problem || Strength of Materials

SFD & BMD Cantilever beam with Point loads |Numerical Problem || Strength of Materials

Sign Convention for SFD and BMD

Sign Convention for SFD and BMD

Difference Between Point of Inflection and Point of Contraflexure (PoI and PoC) || Leading Waves

Difference Between Point of Inflection and Point of Contraflexure (PoI and PoC) || Leading Waves

Top ten Alternative materials for wood

Top ten Alternative materials for wood

BMCP: Decay / defects of timber

BMCP: Decay / defects of timber

Seasoning of Timber

Seasoning of Timber

Bulding mortars: types, requirements, guniting and grouting

Bulding mortars: types, requirements, guniting and grouting

BMCP: 1.14 Cement concrete blocks and Stabilized Mud Blocks

BMCP: 1.14 Cement concrete blocks and Stabilized Mud Blocks

Testing of Bricks

Testing of Bricks

Great message from a small story of Eagle and Fox || Leading Waves || Motivational Story

Great message from a small story of Eagle and Fox || Leading Waves || Motivational Story

Basic Vaastu rules for planning a residential building #Vaasthu

Basic Vaastu rules for planning a residential building #Vaasthu

Introduction to Building Materials and Construction Planning (BMCP) Course

Introduction to Building Materials and Construction Planning (BMCP) Course

SM-2; Unit-II : Columns and struts Brief explanation of concepts

SM-2; Unit-II : Columns and struts Brief explanation of concepts

SM-II: Unit-1 Brief Explanation

SM-II: Unit-1 Brief Explanation

Shear Centre for T-Section and Angle Section

Shear Centre for T-Section and Angle Section

Shear Centre for Unequal I-Section

Shear Centre for Unequal I-Section

Shear Center - Introduction, Derivation of shear Center for Channel Section (C-Section)

Shear Center - Introduction, Derivation of shear Center for Channel Section (C-Section)

Unsymmetrical Bending || Numerical Problem on Angle Section

Unsymmetrical Bending || Numerical Problem on Angle Section

Unsymmetrical Bending: Problem on I - Section

Unsymmetrical Bending: Problem on I - Section

how to create screen recording video and upload in youtube

how to create screen recording video and upload in youtube

Rectangular section subjected to unsymmetrical bending || Numerical Problem

Rectangular section subjected to unsymmetrical bending || Numerical Problem

Stresses in Unsymmetrical Bending, Neutral axis and deflection

Stresses in Unsymmetrical Bending, Neutral axis and deflection

Mohr's Circle for Principal Moments of Inertia || Unsymmetrical bending

Mohr's Circle for Principal Moments of Inertia || Unsymmetrical bending

Unsymmetrical bending introduction, Principal moments of inertia.

Unsymmetrical bending introduction, Principal moments of inertia.

Necessary Difference of Radii for Shrinkage || Thick cylinders

Necessary Difference of Radii for Shrinkage || Thick cylinders

Compound cylinders

Compound cylinders

Thick cylindrical shells: Introduction, Applicaitons, Derivation of Lame's equations, numericals

Thick cylindrical shells: Introduction, Applicaitons, Derivation of Lame's equations, numericals

Thin spherical shells: Introduction, applications, stresses and strains, numerical problems

Thin spherical shells: Introduction, applications, stresses and strains, numerical problems

Thin cylinders: Change in dimensions of thin cylinder due to internal fluid pressure

Thin cylinders: Change in dimensions of thin cylinder due to internal fluid pressure

Thin cylinders: Efficiency of longitudinal and circumferential joints

Thin cylinders: Efficiency of longitudinal and circumferential joints

Thin Cylinders Introduction, Derivation of Longitudinal and circumferential stresses, problems

Thin Cylinders Introduction, Derivation of Longitudinal and circumferential stresses, problems

Lesson 11: Copying elements and floor plans to next levels || Revit Architecture

Lesson 11: Copying elements and floor plans to next levels || Revit Architecture

Power transmitted by shafts & numerical problem on design of diameter of solid shaft

Power transmitted by shafts & numerical problem on design of diameter of solid shaft

Derivation of Torsion Equation

Derivation of Torsion Equation

Concept of Torsion in Circular shafts, Applications

Concept of Torsion in Circular shafts, Applications

Lesson 10: Drawing Staircase and Railing in Revit Architecture

Lesson 10: Drawing Staircase and Railing in Revit Architecture

Numerical Example 2: SFD and BMD for Cantilever beam with combination of UDL and Point loads

Numerical Example 2: SFD and BMD for Cantilever beam with combination of UDL and Point loads

Lesson 9: Massing and site - Create Grass and place Trees || Revit Architecture

Lesson 9: Massing and site - Create Grass and place Trees || Revit Architecture

Numerical: SFD and BMD for Cantilever beam with Point loads

Numerical: SFD and BMD for Cantilever beam with Point loads

Lesson 8: Placing people, Ceiling, Lighting and Rendering

Lesson 8: Placing people, Ceiling, Lighting and Rendering

Lesson-7: Create TV Unit in Revit (Component Model in place)

Lesson-7: Create TV Unit in Revit (Component Model in place)

Lesson 7: Creating TV unit - Component Model in Place

Lesson 7: Creating TV unit - Component Model in Place

Lesson 6: Placing Decal in Revit Architecture : Placing images in TV, photo frames on walls etc.

Lesson 6: Placing Decal in Revit Architecture : Placing images in TV, photo frames on walls etc.

Lesson-5: Creating and applying Paint in Revit Architecture

Lesson-5: Creating and applying Paint in Revit Architecture

Lesson 4 : Create floor in Revit - Tiles, Checker flooring, Structure edit

Lesson 4 : Create floor in Revit - Tiles, Checker flooring, Structure edit

Solving for 'X' in scientific calculator

Solving for 'X' in scientific calculator

Lesson 3: Simple building plan, loading families, place components| Revit Architecture for beginners

Lesson 3: Simple building plan, loading families, place components| Revit Architecture for beginners

Lesson 2: Creating wall, designing wall structure, properties | Revit Architecture for beginners

Lesson 2: Creating wall, designing wall structure, properties | Revit Architecture for beginners

Lesson 1: Introduction, Levels and grids || Revit Architecture for beginners

Lesson 1: Introduction, Levels and grids || Revit Architecture for beginners

Creating Wallpaper and placing it on wall using Autodesk Revit

Creating Wallpaper and placing it on wall using Autodesk Revit

Project management : CPM Problem, Developing network, EST, EFT, LST, LFT

Project management : CPM Problem, Developing network, EST, EFT, LST, LFT

Shear force and Bending moment diagrams for Simply supported beam

Shear force and Bending moment diagrams for Simply supported beam

Derivation of shape functions for Bar element

Derivation of shape functions for Bar element

FEM: Derivation of stiffness matrix for one dimensional bar element

FEM: Derivation of stiffness matrix for one dimensional bar element

Atmospheric pressure, Absolute, gauge and vacuum pressures

Atmospheric pressure, Absolute, gauge and vacuum pressures

Capillarity | Properties of fluids || Fluid Mechanics

Capillarity | Properties of fluids || Fluid Mechanics

Surface Tension | Properties of fluids || Fluid Mechanics

Surface Tension | Properties of fluids || Fluid Mechanics

Welcome to my channel

Welcome to my channel

Viscosity | Fluid Mechanics

Viscosity | Fluid Mechanics

Properties of Fluids: Density, specific weight, specific volume, specific gravity, problems

Properties of Fluids: Density, specific weight, specific volume, specific gravity, problems

The best hobby to pursue.. CALLIGRAPHY

The best hobby to pursue.. CALLIGRAPHY

Problem on Design of RC deck slab Part 2/2

Problem on Design of RC deck slab Part 2/2

Problem of design of Deck slab bridge Part 1/2

Problem of design of Deck slab bridge Part 1/2

Guidelines for design of Design of deck slab bridge Part 1/2

Guidelines for design of Design of deck slab bridge Part 1/2

Guidelines for Design of Deck slab bridge Part 2/2

Guidelines for Design of Deck slab bridge Part 2/2

Introduction to IRC loading RC bridges

Introduction to IRC loading RC bridges

Types of Reinforced Concrete Bridges

Types of Reinforced Concrete Bridges

Design problem on Chimney Part 4/4 (Working Stress method)

Design problem on Chimney Part 4/4 (Working Stress method)

Design problem on Chimney Part 3/4 (Working Stress method)

Design problem on Chimney Part 3/4 (Working Stress method)

Design problem on Chimney Part 2/4 (Working Stress method)

Design problem on Chimney Part 2/4 (Working Stress method)

Design problem on Chimney Part 1/4 (Working Stress method)

Design problem on Chimney Part 1/4 (Working Stress method)

Design guidelines for Chimney part 3/3 ((Working Stress method)

Design guidelines for Chimney part 3/3 ((Working Stress method)

Design guidelines for Chimney Part 2/3 (Working Stress method)

Design guidelines for Chimney Part 2/3 (Working Stress method)

Guidelines for design of Chimney Part 1/3 (Working Stress method)

Guidelines for design of Chimney Part 1/3 (Working Stress method)

Introduction to design of Chimneys by Working Stress Method Theory Part

Introduction to design of Chimneys by Working Stress Method Theory Part

Problem on Design of Silo by Working stress method

Problem on Design of Silo by Working stress method

Guidelines for Design of Silo by working stress method

Guidelines for Design of Silo by working stress method

Janssen's and Airy's Theories Design of silos (Working Stress method)

Janssen's and Airy's Theories Design of silos (Working Stress method)

Design problem Square bunker Part 2/2 (Working Stress method)

Design problem Square bunker Part 2/2 (Working Stress method)

Design problem square bunker Part 1/2 (Working Stress method)

Design problem square bunker Part 1/2 (Working Stress method)

Design guidelines for square / Rectangular bunker part 2/2 (Working Stress method)

Design guidelines for square / Rectangular bunker part 2/2 (Working Stress method)

Design guidelines for square / Rectangular bunker - Part 1/2 (Working Stress method)

Design guidelines for square / Rectangular bunker - Part 1/2 (Working Stress method)

Mohr's Circle : Principal Stresses || Mounika Meduri

Mohr's Circle : Principal Stresses || Mounika Meduri

Design problem circular bunker Working stress method

Design problem circular bunker Working stress method

Design guidelines for circular bunker || Working Stress Method

Design guidelines for circular bunker || Working Stress Method

Introduction Bunkers and silos (theory part) | Mounika Meduri

Introduction Bunkers and silos (theory part) | Mounika Meduri

Design of pile cap part 2/2 || Limit State Method

Design of pile cap part 2/2 || Limit State Method

Design of pile cap Part 1/2 || Limit State Method

Design of pile cap Part 1/2 || Limit State Method

Design of pile foundation part 2/2 || Limit State method

Design of pile foundation part 2/2 || Limit State method

Design of Pile in Pile foundation part 1/2 || Limit State Method

Design of Pile in Pile foundation part 1/2 || Limit State Method

Design of rectangular water tanks || Step by step Guidelines ||Working Stress method

Design of rectangular water tanks || Step by step Guidelines ||Working Stress method

Introduction to design of rectangular water tanks (Theory part) || Working Stress Method

Introduction to design of rectangular water tanks (Theory part) || Working Stress Method

Design Guidelines for Circular water tank resting on ground || Working Stress method

Design Guidelines for Circular water tank resting on ground || Working Stress method

(Lyrics) SAARE JAHAN SE ACHA TELUGU MEANING (సారే జహాఁసె అచ్చా అర్థం తెలుగులో) Mounika Meduri

(Lyrics) SAARE JAHAN SE ACHA TELUGU MEANING (సారే జహాఁసె అచ్చా అర్థం తెలుగులో) Mounika Meduri

CLAY GANESHA

CLAY GANESHA

How to make clay Ganesha - Prepare clay Ganesha on your own | Mounika Meduri

How to make clay Ganesha - Prepare clay Ganesha on your own | Mounika Meduri