Detailed Estimate of a Building | Prashant YT | BE Civil & Diploma Civil | TU,PU,KU,PoU,MU |Estimate
Unit:3 | Single Degree of Freedom System | Types:5 | Earthquake Engineering | Prashant YT |
Unit:2 | Attitude towards Safety | Prashant YT | 8th Sem | Report for Safety Personnel |
Unit:2 | Power Regulation | Load Factor | Utilization factor | Reserve Factor | Prashant YT | TU,PU
Unit:5 | Earthquake Design Building | Earthquake Engineering | PrashantYT | TU,PU,KU,PoU |
Unit:2 | Power Regulation | Type:1| Load Factor | Utilization factor | Reserve Factor |Prashant YT|
Unit:1 | Introduction to Safety Engineering | Prashant YT | 8th Sem | Scope of safety engineering |
Unit:2 | Flanged Beam (T-Beam ) by Working Stres Method | RCC | Prashant YT | TU,PU,PoU,KU | Diploma
Unit:4 | Lateral Load Resisting System | Types:5 | Prashant YT | Earthquake Engineering | TU,PU,KU |
Unit:3 | Urban Transport Planning Process | PU 2017 Numerical only | Prashant YT | BE Civil |
Unit:3 | Single Degree of Freedom System | Types:2 | Earthquake Engineering | Prashant YT |
Unit:5 | Airport Engineering | Corrected length of Runway | Prashant YT | BE Civil | TU,PU,KU,PoU |
Unit:5 | Explain the analytical method to determine the economic diameter of Penstock Pipe | TU,PU
Unit:6 | Construction Equipment | Advantages & Disadvantages | Excavating Equipment | PrashantYT |
Unit:4 | Water Retaining Structure | Gravity Dam | Hydropower Engineering | Prashant YT | TU,PU, |
Unit:3 | Analysis part of Singly Reinforced Beam | Types:4 | Prashant YT | BE Civil | TU,PU,KU,PoU |
Unit:7 | Hydro Electrical Machine | Design of Keplan Turbine | Hydropower Engineering | Prashant YT
Unit:3 | Single Degree of Freedom System | Types:6 | Earthquake Engineering | Prashant YT |
Unit:6 | Safety Performance | Numerical | ISR & IFR | Prashant YT | BE Civil | TU,PU,KU,PoU |
Unit:3 | Analysis part of Singly Reinforced Beam | Types:2 | Prashant YT | BE Civil | TU,PU,KU,PoU |
Unit:3 | Urban Transport Planning Process | PU 2021 Numerical only | Prashant YT | BE Civil |
Unit:4 | Lateral Load Resisting System | Types:4 | Prashant YT | Earthquake Engineering | TU,PU,KU |
Unit:5 | Basic Safety Engineering: Hazard Control | Prashant YT | BE Civil | TU,PU,KU,PoU |
Unit:3 | Stress block Diagram | Depth of limiting Neutral Axis | RCC | Prashant YT | TU,PU,KU,PoU |
Unit:3 | Urban Transport Planning Process | PU 2019 Numerical only | Prashant YT | BE Civil |
Design for a shear stirrups in a beam | Prashant YT | RCC | TU,PU,KU,PoU | Beam Design | Design beam
Unit:2 | Power Regulation | Type:2 Load Factor | Utilization factor | Reserve Factor | Prashant YT |
Unit:3 | Basic Safety Engineering: Hazard Identification | Prashant YT | BE Civil | TU,PU,KU,PoU |
Unit:5 | Regulatory Structure | Penstock Pipe | Design the diameter of Penstock Pipe | Prashant YT |
Unit:3 | Urban Transport Planning Process | PU 2022 Numerical only | Prashant YT | BE Civil |
Unit:7 | Hydro Electrical Machine | Design of Francis Turbine | Hydropower Engineering | Prashant YT
Design of Column | RCC | Prashant YT | Combined Axial load & Biaxial Bending | TU,PU,KU,PoU |
Unit:2 | Power Regulation | 2011 Qn1b | Hydropower Engineering | Prashant YT | TU,PU,KU,PoU | Type:4
Unit:4 | Critical Activity | Critical Path | Critical Duration | CPM | Prashant YT | BE & Diploma |