🔥 Geotech:
STABILITY OF SLOPES -
● FORCES CAUSING FAILURE OF SLOPES -
1. Gravitational force
2. Seepage force
3. Earthquake force
4. Construction equipment loads
● TYPES OF SLOPE FAILURES -
1. Translational failure
2. Rotational failure
3. Wedge failure
4. Compound failure
● TYPES OF SLOPES -
◇ Infinite slopes - natural slope
- translational failure
- e.g mountain
◇ Finite slopes- artificial slope
- rotational failure
- e.g embankment of
road
#soil
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STABILITY OF SLOPES -
● FORCES CAUSING FAILURE OF SLOPES -
1. Gravitational force
2. Seepage force
3. Earthquake force
4. Construction equipment loads
● TYPES OF SLOPE FAILURES -
1. Translational failure
2. Rotational failure
3. Wedge failure
4. Compound failure
● TYPES OF SLOPES -
◇ Infinite slopes - natural slope
- translational failure
- e.g mountain
◇ Finite slopes- artificial slope
- rotational failure
- e.g embankment of
road
#soil
Join @macedhule
❤11
STEEL
PLASTIC ANALYSIS -
● Shape factor -
• Ratio of plastic moment to elastic moment
• Ratio of plastic section of modulus to elastic section of modulus
• Shape factor for various sections
Shape Shape factor
Rectangle 1.5
T section 1.883
Circular solid 1.7
Circular hollow 1.27
Diamond 2
Triangle 2.34
● Length of plastic section -
• It is length of beam over which moment is greater than end moments.
• For point load => Lp = L (1-1/s )
For UDL => Lp = L (1- 1/s)^½
• Number of plastic hinges is given as static indeterminacy plus one.
• Possible location of plastic hinges are
i) At fixed ends
ii) At geometric junction
iii) Below point load
iv) At point of zero shear for UDL
● Load factor -
LF = (s)(FOS )
where, s = shape factor
Fos = factor of safety
#steel
Learn steel structures from the course below:
https://zhjfq.courses.store/248818?utm_source%3Dcopy-link%26utm_medium%3Dtutor-course-referral%26utm_campaign%3Dcourse-overview-app
Join @macedhule
PLASTIC ANALYSIS -
● Shape factor -
• Ratio of plastic moment to elastic moment
• Ratio of plastic section of modulus to elastic section of modulus
• Shape factor for various sections
Shape Shape factor
Rectangle 1.5
T section 1.883
Circular solid 1.7
Circular hollow 1.27
Diamond 2
Triangle 2.34
● Length of plastic section -
• It is length of beam over which moment is greater than end moments.
• For point load => Lp = L (1-1/s )
For UDL => Lp = L (1- 1/s)^½
• Number of plastic hinges is given as static indeterminacy plus one.
• Possible location of plastic hinges are
i) At fixed ends
ii) At geometric junction
iii) Below point load
iv) At point of zero shear for UDL
● Load factor -
LF = (s)(FOS )
where, s = shape factor
Fos = factor of safety
#steel
Learn steel structures from the course below:
https://zhjfq.courses.store/248818?utm_source%3Dcopy-link%26utm_medium%3Dtutor-course-referral%26utm_campaign%3Dcourse-overview-app
Join @macedhule
Forwarded from MACE Academy
Just 1599/-
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Best for MPSC New pattern JE & CEA
@macedhule
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Forwarded from MACE Academy
Hydrology.pdf
80.4 MB
🔥Latest Engg. Hydrology -2022(27th Edition)
Hydrology + Irrigation Video Lectures Course 👇
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Price : 250/-
Validity: 18 month
Language : Marathi+English
Hydrology + Irrigation Video Lectures Course 👇
https://zhjfq.on-app.in/app/oc/752944/zhjfq?utm_source%3Dcopy-link%26utm_medium%3Dtutor-course-referral%26utm_campaign%3Dcourse-overview-app
Price : 250/-
Validity: 18 month
Language : Marathi+English
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Forwarded from MACE Academy
By Abhishek Mahale
Usefull FOR
For
Marathi+English
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Forwarded from MACE Academy
Special Structures -MPSC pattern
Online (Recorded) Video Lecture series
All Mentors Themselves selected as Officers In WRD and PWD, Maharashtra
❤️2 Year Validity ❤️
Subjects :
SOM
TOS+SA
RCC
Steel
Prestress
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3️⃣0️⃣0️⃣➕ Videos
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Contact By whatsapp:
8459254533
Online (Recorded) Video Lecture series
All Mentors Themselves selected as Officers In WRD and PWD, Maharashtra
❤️2 Year Validity ❤️
Subjects :
SOM
TOS+SA
RCC
Steel
Prestress
CPM+PERT
💎5 Free Tests on Each Subject
3️⃣0️⃣0️⃣➕ Videos
App Link:
https://play.google.com/store/apps/detailsid=co.lynde.zhjfq
Click below to Check course/Buy Course:
https://zhjfq.on-app.in/app/oc/81289/zhjfq?utm_source%3Dcopy-link%26utm_medium%3Dtutor-course-referral%26utm_campaign%3Dcourse-overview-app
Contact By whatsapp:
8459254533
Forwarded from MACE Academy
❤️TOS+SA
By Abhishek Mahale
(MPSC 2017, 2019, TPA 2018,GATE 2018,2019)
10+ years of Teaching Experience
Usefull FOR
✍PWD/WRD/WCD JE/CEA MPSC New pattern
Rs. 199/- only
Marathi+English
🍏COURSE LINK:
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🍏APPlICATION LINK:
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@macedhule ✅✅✅
By Abhishek Mahale
(MPSC 2017, 2019, TPA 2018,GATE 2018,2019)
10+ years of Teaching Experience
Usefull FOR
✍PWD/WRD/WCD JE/CEA MPSC New pattern
Rs. 199/- only
Marathi+English
🍏COURSE LINK:
https://zhjfq.courses.store/95194?utm_source%3Dother%26utm_medium%3Dtutor-course-referral%26utm_campaign%3Dcourse-overview-webapp
🍏APPlICATION LINK:
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@macedhule ✅✅✅
MACE Academy IS BACK....
❤️New MPSC pattern❤️
Free Offline Seminar for Civil Engineers
@Nashik
11 AM, Sunday
Address:
Apex Engineering Institute ,Near KK wagh College , Nashik
https://maps.app.goo.gl/bDvfbDdXYT8UHJAs5?g_st=ac
Contact for More Info :9552461679
Join @macedhule
❤️New MPSC pattern❤️
Free Offline Seminar for Civil Engineers
@Nashik
11 AM, Sunday
14 JuneAddress:
Apex Engineering Institute ,Near KK wagh College , Nashik
https://maps.app.goo.gl/bDvfbDdXYT8UHJAs5?g_st=ac
Contact for More Info :9552461679
Join @macedhule
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Questions of the Day:
1. Which of the following best describes turbulent flow?
- A) Fluid particles move in smooth, orderly layers
- B) Fluid particles follow chaotic and irregular paths
- C) Flow is only observed in highly viscous fluids
- D) Flow occurs only in straight, narrow channels
2. What is the Reynolds number range typically associated with turbulent flow?
- A) Less than 2000
- B) Between 2000 and 4000
- C) Greater than 4000
- D) Exactly 2000
3. Which of the following is NOT a characteristic of turbulent flow?
- A) High momentum diffusion
- B) Low mixing of fluid particles
- C) Presence of vortices and eddies
- D) Irregular fluctuations in velocity
4. In which area of engineering are turbulent flows especially significant?
- A) Electrical engineering
- B) Civil engineering
- C) Chemical engineering
- D) All of the above
5. What is one common method used to study and simulate turbulent flows?
- A) Computational Fluid Dynamics (CFD)
- B) Linear regression analysis
- C) Fourier transform
- D) Monte Carlo simulation
Tap below for Answers:
1. B) Fluid particles follow chaotic and irregular paths
2. C) Greater than 4000
3. B) Low mixing of fluid particles
4. D) All of the above
5. A) Computational Fluid Dynamics (CFD)
@macedhule
1. Which of the following best describes turbulent flow?
- A) Fluid particles move in smooth, orderly layers
- B) Fluid particles follow chaotic and irregular paths
- C) Flow is only observed in highly viscous fluids
- D) Flow occurs only in straight, narrow channels
2. What is the Reynolds number range typically associated with turbulent flow?
- A) Less than 2000
- B) Between 2000 and 4000
- C) Greater than 4000
- D) Exactly 2000
3. Which of the following is NOT a characteristic of turbulent flow?
- A) High momentum diffusion
- B) Low mixing of fluid particles
- C) Presence of vortices and eddies
- D) Irregular fluctuations in velocity
4. In which area of engineering are turbulent flows especially significant?
- A) Electrical engineering
- B) Civil engineering
- C) Chemical engineering
- D) All of the above
5. What is one common method used to study and simulate turbulent flows?
- A) Computational Fluid Dynamics (CFD)
- B) Linear regression analysis
- C) Fourier transform
- D) Monte Carlo simulation
Tap below for Answers:
2. C) Greater than 4000
3. B) Low mixing of fluid particles
4. D) All of the above
5. A) Computational Fluid Dynamics (CFD)
@macedhule
❤8
🔥 FLUID MECHANICS
Fluid Dynamics -
● Pitot tube -
•Used to measure velocity of flow
•Coefficient of variation = Cv
•Cv = actual velocity/ theoretical velocity
•Cv = 0.97
● Venturimeter -
•Used to measure discharge
•Coefficient of discharge = Cd
•Cd = actual discharge/ theoretical discharge
•Cd = 0.98
● Orifice meter -
•Used to measure discharge
•Coefficient of contraction = Cc
•Cc = area at venacontracta/ area at orifices
•Cc = 0.6
● Borda mouth piece -
• Cc = 0.7
Join @macedhule ✅
Fluid Dynamics -
● Pitot tube -
•Used to measure velocity of flow
•Coefficient of variation = Cv
•Cv = actual velocity/ theoretical velocity
•Cv = 0.97
● Venturimeter -
•Used to measure discharge
•Coefficient of discharge = Cd
•Cd = actual discharge/ theoretical discharge
•Cd = 0.98
● Orifice meter -
•Used to measure discharge
•Coefficient of contraction = Cc
•Cc = area at venacontracta/ area at orifices
•Cc = 0.6
● Borda mouth piece -
• Cc = 0.7
Join @macedhule ✅
❤8
Forwarded from MACE Academy
MACE Academy IS BACK....
❤️New MPSC pattern❤️
Free Offline Seminar for Civil Engineers
@Nashik
11 AM, Sunday
Address:
Apex Engineering Institute ,Near KK wagh College , Nashik
Contact for More Info :9552461679
Join @macedhule
❤️New MPSC pattern❤️
Free Offline Seminar for Civil Engineers
@Nashik
11 AM, Sunday
14 JuneAddress:
Apex Engineering Institute ,Near KK wagh College , Nashik
Contact for More Info :9552461679
Join @macedhule
❤8
Update-
Schedule -16 January
Time- 8:00 AM
Subject -Engineering Hydrology
Location:
https://maps.app.goo.gl/bDvfbDdXYT8UHJAs5?g_st=ac
Schedule -16 January
Time- 8:00 AM
Subject -Engineering Hydrology
Location:
https://maps.app.goo.gl/bDvfbDdXYT8UHJAs5?g_st=ac
❤2
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