Канал: KK SIR ki classes

use of vibrator in slab casting

use of vibrator in slab casting

cement, sand, aggregate ratio (M20) for slab casting/ mixing of cement sand aggregate with Dr. fixit

cement, sand, aggregate ratio (M20) for slab casting/ mixing of cement sand aggregate with Dr. fixit

Flexibility Matrix Method|| Structure analysis|| problem on flexibility matrix Method|| kksirkiclass

Flexibility Matrix Method|| Structure analysis|| problem on flexibility matrix Method|| kksirkiclass

(L-4) Design of column with uniaxial bending|| Design of concrete structure

(L-4) Design of column with uniaxial bending|| Design of concrete structure

Moment Distribution Method|| Easy Steps (hindi) || Structure analysis||Problem on MDM ||kksirkiclass

Moment Distribution Method|| Easy Steps (hindi) || Structure analysis||Problem on MDM ||kksirkiclass

(L-3) Design of circular column for lateral ties and helical reinforcement|| Design of column||

(L-3) Design of circular column for lateral ties and helical reinforcement|| Design of column||

(L-2)Design of square column|| Design of short column|| Easy steps|| Axially loaded short column

(L-2)Design of square column|| Design of short column|| Easy steps|| Axially loaded short column

(L-1) Design of column || Design of short column || Axially Loaded short column ||easy steps(Hindi)

(L-1) Design of column || Design of short column || Axially Loaded short column ||easy steps(Hindi)

Big M Method / Operational research/ Optimization techniques/ Maximization Problem / (hindi)

Big M Method / Operational research/ Optimization techniques/ Maximization Problem / (hindi)

Cable and suspension bridge (complete video)

Cable and suspension bridge (complete video)

Three hinged stiffning girder|Cable and suspension bridge|Numerical on three hinged stiffness girder

Three hinged stiffning girder|Cable and suspension bridge|Numerical on three hinged stiffness girder

Cable and suspension bridge| guide pulley and saddle smooth roller| Numerical on piers| kksirkiclass

Cable and suspension bridge| guide pulley and saddle smooth roller| Numerical on piers| kksirkiclass

Cable and suspension bridge| Structural analysis| kksirkiclass

Cable and suspension bridge| Structural analysis| kksirkiclass

Cable and suspension bridge on diff. level| Minimum tension| Vertical reaction| Structural Analysis

Cable and suspension bridge on diff. level| Minimum tension| Vertical reaction| Structural Analysis

Cable carrying a UDL/ Cable & suspension bridge/ minimum tension and maximum tension/ structure anal

Cable carrying a UDL/ Cable & suspension bridge/ minimum tension and maximum tension/ structure anal

General Knowledge for RRB NTPC, SSC CGL, SSC JE, SSC CHSL, BANKS/ General Awareness/ Sindhu ghaatee

General Knowledge for RRB NTPC, SSC CGL, SSC JE, SSC CHSL, BANKS/ General Awareness/ Sindhu ghaatee

Castigliano first theorem/ How to calculate deflection by using castigliano first theorem

Castigliano first theorem/ How to calculate deflection by using castigliano first theorem

Law of Reciprocal Deflection/ Maxwell Reciprocal theorem

Law of Reciprocal Deflection/ Maxwell Reciprocal theorem

Strain energy method/ How to calculate deflection for frame by using strain energy method (Part-2)

Strain energy method/ How to calculate deflection for frame by using strain energy method (Part-2)

Strain energy stored due to axial load and bending/ Deflection of beam by strain energy method Part1

Strain energy stored due to axial load and bending/ Deflection of beam by strain energy method Part1

ILD for bridge truss/ ILD for Vertical chord, bottom chord, top chord & diagonal Member/Kksirkiclass

ILD for bridge truss/ ILD for Vertical chord, bottom chord, top chord & diagonal Member/Kksirkiclass

Simplex method | LPP on Simplex method in hindi | optimization technique (easy way)

Simplex method | LPP on Simplex method in hindi | optimization technique (easy way)

Influence Line Diagram for bridge truss/ ILD for top chord member & bottom chord member

Influence Line Diagram for bridge truss/ ILD for top chord member & bottom chord member

Secant Method | how to optimize function by using secant method | optimization technique

Secant Method | how to optimize function by using secant method | optimization technique

Conjugate beam method | how to solve slope and deflection by conjugate beam method

Conjugate beam method | how to solve slope and deflection by conjugate beam method

Absolute maximum bending moment | structural Analysis| rolling load

Absolute maximum bending moment | structural Analysis| rolling load

Influence Line Diagram for maximum bending moment(part 2) Structural Analysis | Rolling load

Influence Line Diagram for maximum bending moment(part 2) Structural Analysis | Rolling load

Influence Line Diagram of Beam (part 1), for Reactions, shear Force, Bending Moment

Influence Line Diagram of Beam (part 1), for Reactions, shear Force, Bending Moment

Influence Line Diagram for Bending moment, Normal thrust, Radial shear | Three hinged Arch

Influence Line Diagram for Bending moment, Normal thrust, Radial shear | Three hinged Arch

Influence Line Diagram for three hinged arch| Structural Analysis| Normal Thrust, Radial shear

Influence Line Diagram for three hinged arch| Structural Analysis| Normal Thrust, Radial shear

Normal Thrust and Radial Shear (part-2) | Three hinged Arch | Structural Analysis

Normal Thrust and Radial Shear (part-2) | Three hinged Arch | Structural Analysis

Normal Thrust and Radial Shear (part-1) | Three hinged Arch | Structural Analysis

Normal Thrust and Radial Shear (part-1) | Three hinged Arch | Structural Analysis

Maximum Positive and Negative Bending Moment|Three hinged Arch at diff.lev Structural Analysis

Maximum Positive and Negative Bending Moment|Three hinged Arch at diff.lev Structural Analysis

Maximum Bending Moment |Horizantal Thrust |Three Hinged Arch at same level|Structural Analysis

Maximum Bending Moment |Horizantal Thrust |Three Hinged Arch at same level|Structural Analysis

Horizantal Thrust | Three Hinged Arch at same level | Structural Analysis

Horizantal Thrust | Three Hinged Arch at same level | Structural Analysis

Introduction of Three hinged Arch, Two hinged Arch, Spendral braced Arch, linear Arch

Introduction of Three hinged Arch, Two hinged Arch, Spendral braced Arch, linear Arch

Best white board app for online class/ best white board/ teaching app for online class

Best white board app for online class/ best white board/ teaching app for online class

Newton method for optimization/ operation research/ how to minimize function from newton method

Newton method for optimization/ operation research/ how to minimize function from newton method

Quasi Newton Method/Optimization technique/Operation research

Quasi Newton Method/Optimization technique/Operation research

Voggel's Approximation Method/ Transpotation problem solution by VAM/Operation Research

Voggel's Approximation Method/ Transpotation problem solution by VAM/Operation Research

Northwest Corner Method/Transportation problem/ Optimization technique/Operation research

Northwest Corner Method/Transportation problem/ Optimization technique/Operation research

Fibonacci method// optimization technique/numerical of fibonacci method/operation research

Fibonacci method// optimization technique/numerical of fibonacci method/operation research

Design of septic tank//kk sir ki class

Design of septic tank//kk sir ki class

Dual simplex method/ optimization technique/operation research/simplex method in below link

Dual simplex method/ optimization technique/operation research/simplex method in below link

STEEPEST DECENT METHOD// OPTIMIZATION TECHNIQUES// UNIVARIATE METHOD // kk sir ki class

STEEPEST DECENT METHOD// OPTIMIZATION TECHNIQUES// UNIVARIATE METHOD // kk sir ki class

UNIVARIATE METHOD || OPTIMISATION TECHNIQUE//kk sir ki class

UNIVARIATE METHOD || OPTIMISATION TECHNIQUE//kk sir ki class

ABSOLUTE MAXIMUM BENDING MOMENT|| MAXIMUM BENDING MOMENT || STRUCTURAL ANALYSIS 1||kk sir ki class

ABSOLUTE MAXIMUM BENDING MOMENT|| MAXIMUM BENDING MOMENT || STRUCTURAL ANALYSIS 1||kk sir ki class

PRIMAL TO DUAL || PRIMAL TO DUAL CONVERSION || OPTIMISATION TECHNIQUE|| HINDI || kk sir ki class

PRIMAL TO DUAL || PRIMAL TO DUAL CONVERSION || OPTIMISATION TECHNIQUE|| HINDI || kk sir ki class

PRIMAL TO DUAL CONVERSION||OPTIMISATION TECHNIQUE||PRIMAL SE DUAL CHANGE KAISE KARE||kk sir ki class

PRIMAL TO DUAL CONVERSION||OPTIMISATION TECHNIQUE||PRIMAL SE DUAL CHANGE KAISE KARE||kk sir ki class

SIMPLEX METHOD || OPTIMISATION TECHNIQUE|| LPP ON SIMPLEX METHOD || DUAL SIMPLEX METHOD|| TECH ALL

SIMPLEX METHOD || OPTIMISATION TECHNIQUE|| LPP ON SIMPLEX METHOD || DUAL SIMPLEX METHOD|| TECH ALL

NORMAL THRUST | RADIAL SHEAR | THREE HINGED ARCH | ARCH |KRISHNA KUMAR || (HINDI) ARCH, TYPES, THRE

NORMAL THRUST | RADIAL SHEAR | THREE HINGED ARCH | ARCH |KRISHNA KUMAR || (HINDI) ARCH, TYPES, THRE

ARCH || TYPE OF ARCH || ANALYSIS OF THREE HINGED ARCH || THREE HINGED ARCH || (HINDI) || KRISHNA KUM

ARCH || TYPE OF ARCH || ANALYSIS OF THREE HINGED ARCH || THREE HINGED ARCH || (HINDI) || KRISHNA KUM

GOLDEN SECTION METHOD || OPTIMISATION TECHNIQUE || HOW TO SOLVE BY GOLDEN SECTION METHOD|| HINDI

GOLDEN SECTION METHOD || OPTIMISATION TECHNIQUE || HOW TO SOLVE BY GOLDEN SECTION METHOD|| HINDI