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πMPSC MAINS- 2024 STRUCTURE HOT TOPIC LIVE NUMERICALS PRACTICE SESSIONS(π₯120-130 marks coveredπ₯)π ππ»20 DAYS DAILY 2 HOURS (40 HOURS PROGRAM)ππ» 1) SFD BMD 2) CLAPEYRON'S THEOREM 3) CASTIGLIANO'S 1ST THEOREM 4) CASTIGLIANO'S 2ND THEOREM 5) MACAULY'S METHODβ¦
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(Can watch multiple times from Laptop/Mobile application)
π Laptop/PC access will be given as per request.
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π Today 9pm-11pm STRUCTURE LIVE PRACTICE -1.
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AP ENGINEERING INSTITUTE, NASHIK pinned Β«πMPSC MAINS- 2024 STRUCTURE HOT TOPIC LIVE NUMERICALS PRACTICE SESSIONS(π₯120-130 marks coveredπ₯)π ππ»20 DAYS DAILY 2 HOURS (40 HOURS PROGRAM)ππ» 1) SFD BMD 2) CLAPEYRON'S THEOREM 3) CASTIGLIANO'S 1ST THEOREM 4) CASTIGLIANO'S 2ND THEOREM 5) MACAULY'S METHODβ¦Β»
π Today 9pm-11pm STRUCTURE LIVE PRACTICE -2.
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π₯Live session PDF. Join and Confirm your 120-130marks in MES-2024 in PAPER-1
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π Today 9pm to 11pm STRUCTURE LIVE PRACTICE-3
π₯TOPICSπ
1)CASTIGLIANO'S 2ND THEOREM
2) MACAULY'S METHOD
3) MOMENT AREA METHOD
4)ILD OF BEAMS
5) DESIGN OF BOLTED CONNECTION.
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π₯TOPICSπ
1)CASTIGLIANO'S 2ND THEOREM
2) MACAULY'S METHOD
3) MOMENT AREA METHOD
4)ILD OF BEAMS
5) DESIGN OF BOLTED CONNECTION.
π₯Join to Improve your Speed, Accuracy and Confidence π₯
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AP
π Today 9pm to 11pm STRUCTURE LIVE PRACTICE-4
π₯TOPICSπ
1) DESIGN OF BOLTED CONNECTION.
2) DESIGN OF WELDED CONNECTION.
3) DESIGN OF SLAB BASES.
4) DESIGN OF PLATE GIRDER.
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AP
π₯TOPICSπ
1) DESIGN OF BOLTED CONNECTION.
2) DESIGN OF WELDED CONNECTION.
3) DESIGN OF SLAB BASES.
4) DESIGN OF PLATE GIRDER.
π₯Join to Improve your Speed, Accuracy and Confidence π₯
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AP
π₯MPSC MAINS-ΰ₯¨ΰ₯¦ΰ₯¨ΰ₯ͺ DESCRIPTIVE[LIVE]π₯
π DESIGN OF STEEL STRUCTURE.
π₯π₯ DESIGN OF SLAB BASES π₯π₯
Now Available On YouTube ππ
https://youtu.be/v7iNcgGmVzc?si=fFAJa6z__Kk9SolG
π₯DAY-4π₯
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π DESIGN OF STEEL STRUCTURE.
π₯π₯ DESIGN OF SLAB BASES π₯π₯
Now Available On YouTube ππ
https://youtu.be/v7iNcgGmVzc?si=fFAJa6z__Kk9SolG
π₯DAY-4π₯
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YouTube
DESIGN OF SLAB BASE LIVE-1[MPSC-2024 LIVE PRACTICE SESSION]
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π Today 9pm to 11pm STRUCTURE LIVE PRACTICE-5
π₯TOPICSπ
1) DESIGN OF PLATE GIRDER.
2) DESIGN OF SLAB
3) DESIGN OF BEAM.
4) DESIGN OF COLUMN.
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π₯TOPICSπ
1) DESIGN OF PLATE GIRDER.
2) DESIGN OF SLAB
3) DESIGN OF BEAM.
4) DESIGN OF COLUMN.
π₯Join to Improve your Speed, Accuracy and Confidence π₯
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AP
π Today 9pm to 11pm STRUCTURE LIVE PRACTICE-6
π₯TOPICSπ
1) DESIGN OF BEAM SHEAR R/F.
2) DESIGN OF AXIALLY LOADED SHORT COLUMN
3) DESIGN OF ISOLATED FOOTING.
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π₯TOPICSπ
1) DESIGN OF BEAM SHEAR R/F.
2) DESIGN OF AXIALLY LOADED SHORT COLUMN
3) DESIGN OF ISOLATED FOOTING.
π₯Join to Improve your Speed, Accuracy and Confidence π₯
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AP
π Today 9pm to 11pm STRUCTURE
ππ»LIVE PRACTICE-7
π₯TOPICSπ
1) DESIGN OF STAIRCASE.
2) DESIGN OF WATER TANK.
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ππ»LIVE PRACTICE-7
π₯TOPICSπ
1) DESIGN OF STAIRCASE.
2) DESIGN OF WATER TANK.
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π Today 9pm to 11pm STRUCTURE
ππ»LIVE PRACTICE-8
π₯TOPICSπ
1) DESIGN OF CIRCULAR WATER TANK NUMERICAL-2.
2) FLEXIBILITY METHOD
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ππ»LIVE PRACTICE-8
π₯TOPICSπ
1) DESIGN OF CIRCULAR WATER TANK NUMERICAL-2.
2) FLEXIBILITY METHOD
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π Today 9pm to 11pm STRUCTURE
ππ»LIVE PRACTICE-9
π₯TOPICSπ
1) INFLUENCE LINE DIAGRAM
2) THREE MOMENT THEOREM
ΰ₯©) MOMENT AREA METHOD
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ππ»LIVE PRACTICE-9
π₯TOPICSπ
1) INFLUENCE LINE DIAGRAM
2) THREE MOMENT THEOREM
ΰ₯©) MOMENT AREA METHOD
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AP ENGINEERING INSTITUTE, NASHIK
NUMERICAL BOOK SAMPLE.pdf
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β€οΈMPSC-2025 ASPIRANTS NO NEED TO WORRY ABOUT STRUCTURE β€οΈ
β€οΈMPSC-2025 ASPIRANTS NO NEED TO WORRY ABOUT STRUCTURE β€οΈ
π Today 9pm to 11pm STRUCTURE
ππ»LIVE PRACTICE-10
π₯TOPICSπ
1) THREE MOMENT THEOREM
ΰ₯¨) Macauly's method
ΰ₯©) MDM METHOD
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ππ»LIVE PRACTICE-10
π₯TOPICSπ
1) THREE MOMENT THEOREM
ΰ₯¨) Macauly's method
ΰ₯©) MDM METHOD
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π₯THREE MOMENT THEOREM *SUPPORT SINKING NUMERICAL* π₯#concept#Mpsc-2024#20-Days#Daily 2hours #
π Today 9pm to 11pm STRUCTURE
ππ»LIVE PRACTICE-11
π₯TOPICSπ
1) SFD-BMD
ΰ₯¨) CASTIGLIANO'S 1ST THEOREM
ΰ₯©) CASTIGLIANO'S 2ND THEOREM
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ππ»LIVE PRACTICE-11
π₯TOPICSπ
1) SFD-BMD
ΰ₯¨) CASTIGLIANO'S 1ST THEOREM
ΰ₯©) CASTIGLIANO'S 2ND THEOREM
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π Today 9pm to 11pm STRUCTURE
ππ»LIVE PRACTICE-12
π₯TOPICSπ
1) DESIGN OF TWO WAY SLAB.
ΰ₯¨) DESIGN OF BEAM(LSM)
ΰ₯©) DESIGN OF ISOLATED
FOOTING
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ππ»LIVE PRACTICE-12
π₯TOPICSπ
1) DESIGN OF TWO WAY SLAB.
ΰ₯¨) DESIGN OF BEAM(LSM)
ΰ₯©) DESIGN OF ISOLATED
FOOTING
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π Today 9pm to 11pm STRUCTURE
ππ»LIVE PRACTICE-13
π₯TOPICSπ
1) DESIGN OF ISOLATED FOOTING.
2) DESIGN OF UNIAXIALLY LOADED COLUMN.
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ππ»LIVE PRACTICE-13
π₯TOPICSπ
1) DESIGN OF ISOLATED FOOTING.
2) DESIGN OF UNIAXIALLY LOADED COLUMN.
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AP