Все публикации

design of underground water tank | design of underground rectangle water tank | design of water tank

Mechanics of solids problem, principal stresses, normal stress, tangential stress, resultant stress

strength of materials solved problems, simple bending equation, maximum bending stress problem, mos

consuming capacity of soil, infiltration capacity of soil, sewage disposal, wastewater numerical

Mechanics of solids problem, shear stress in beam, average shear stress, maximum shear stress, axis

design of cantilever chajja, design of cantilever slab, sunshade design, limit state method, IS456

design of one way slab, one way slab design, limit state method, design of RC elements, slab design,

design of tee beam, design of T- beam, design of RC beam, RCC Design, beam design, T-Beam design

foundation engineering | pile carrying capacity | ultimate bearing capacity | static formula, pile

Numerical on Terzghi Bearing Capacity theory, Determination of Safe Bearing Capacity, strip footing

Design of Septic tank and Soak pit | Construction of Septic tank and soak pit | septic tank design

Mechanics of solids problem, shear stress in shaft, shaft, torsion, torque, stress induced in shaft

Dog Legged Staircase | Design Of Dog Legged Staircase | English | IS 456:2000 | Limit State Method |

Project Management: Finding the Critical Path, duration and Project Duration | critical path method

SFD and BMD | shear force and bending moment diagram for simply supported beam with Point load & UDL

strength of material solved problem, closed coil helical spring problem, spring problem, solid mecha

SFD and BMD | shear force and bending moment diagram for overhanging beam with Point load #sfd #bmd

structural analysis, Fixed end moments, moment distribution method, end moments of continuous beam

Mechanics of solids problem, principal stresses, normal stress, tangential stress, resultant stress

design of two way slab, two way slab design, limit state method, design of RC elements, slab design

prestressed concrete beam, prestressed concrete solved problem, minimum & maximum principal stress

Fluid Mechanics, Hydraulic Engineering Numerical, velocity of field, velocity components, hydraulics

newton's forward difference formula, Newton forward difference formula to compute the derivative

Design of standard rate trickling filter, volume of tank, depth of tank, BOD removal, organic loadin