๐แ แญแญแดแญแต แ แแ แ แฐแตแณ แจ2023 แแแแ แแ แจแตแ-แ
แแ แแตแตแญแ แ แธแแ
๐แ แญแญแดแญแต แ แแ แ แฐแตแณ แจ2023 แแแแ แแ แจแตแ-แแแ แแตแตแญแ แ แ แฒแต แ แแญ แจแจแฐแ แฅแ แฅ แตแซ แแฎแแญแต แ แแณแซแแฝ แแญแ แ แธแแแแข
๐งแ แญแญแดแญแต แ แแ แ แฐแตแณ แ แแ แแญแ แแธแแ แจแปแแ แแ แ แแญ แแแตแตแญ แแขแญ แ แ แแต (แถ/แญ) แ แแ แฒแแต แแญแ-แแฅแญ แจแฐแแแแแ แแตแจแญ แฃแตแแ แต แจแตแ-แแแป แฅแ แฅ แแแข
๐แ แญแญแดแญแต แ แแ แ แแแแ แฅแ แฅ แฅแ แจแฅแ แฅแซ (zigzag arts and crafts) แจแฐแฃแ แแแช แซแแ แฒแแแฃ แ แแ แแแช แแตแฅ แจแขแตแฎแตแซแ แฅแ แฆแฝ แจแ แแชแซ แแญ แซแแธแฑ แ แญแป แ แญแพแฝ แญแณแฉแ แณแแกแก แญแ แแแช แจแขแตแฎแตแซ แฃแ แ แแแถ แจแแณแญแ แต แฅแ แ แณแฒแต แแณแฆแฝ แจแแแแแ แต แฆแณ แฅแแฐแแแ แแแฟแแกแก แ แฐแจแแชแ แจแแแแต แตแฅแฅแฎแฝแแฃ แ แญแพแฝแ แฅแ แแแฝ แแแปแแฝแ แ แแ แแ แจแแ แซ แฅแซ แจแแฐแซแ แต แแแข
๐งแจแตแ-แแแ แฃแแแซแ แ แแชแญ แ แดแแต แ แแแแ แคแแ แแแต แบแซแ แ แดแแฉแ แฅแแฒแแ แ แ แแฎแ แจแตแ-แแแ แฅแ แฅ แฒแแญแ แฅแ แจแจแฐแ แฅแแต แแแจแ 2023 แแแแ แแ แจแตแ-แ แแ แฝแแแต แฐแแ แฝแแแฑ แฐแ แญแญแถแแณแแข
Via EBC
@etconp
๐แ แญแญแดแญแต แ แแ แ แฐแตแณ แจ2023 แแแแ แแ แจแตแ-แแแ แแตแตแญแ แ แ แฒแต แ แแญ แจแจแฐแ แฅแ แฅ แตแซ แแฎแแญแต แ แแณแซแแฝ แแญแ แ แธแแแแข
๐งแ แญแญแดแญแต แ แแ แ แฐแตแณ แ แแ แแญแ แแธแแ แจแปแแ แแ แ แแญ แแแตแตแญ แแขแญ แ แ แแต (แถ/แญ) แ แแ แฒแแต แแญแ-แแฅแญ แจแฐแแแแแ แแตแจแญ แฃแตแแ แต แจแตแ-แแแป แฅแ แฅ แแแข
๐แ แญแญแดแญแต แ แแ แ แแแแ แฅแ แฅ แฅแ แจแฅแ แฅแซ (zigzag arts and crafts) แจแฐแฃแ แแแช แซแแ แฒแแแฃ แ แแ แแแช แแตแฅ แจแขแตแฎแตแซแ แฅแ แฆแฝ แจแ แแชแซ แแญ แซแแธแฑ แ แญแป แ แญแพแฝ แญแณแฉแ แณแแกแก แญแ แแแช แจแขแตแฎแตแซ แฃแ แ แแแถ แจแแณแญแ แต แฅแ แ แณแฒแต แแณแฆแฝ แจแแแแแ แต แฆแณ แฅแแฐแแแ แแแฟแแกแก แ แฐแจแแชแ แจแแแแต แตแฅแฅแฎแฝแแฃ แ แญแพแฝแ แฅแ แแแฝ แแแปแแฝแ แ แแ แแ แจแแ แซ แฅแซ แจแแฐแซแ แต แแแข
๐งแจแตแ-แแแ แฃแแแซแ แ แแชแญ แ แดแแต แ แแแแ แคแแ แแแต แบแซแ แ แดแแฉแ แฅแแฒแแ แ แ แแฎแ แจแตแ-แแแ แฅแ แฅ แฒแแญแ แฅแ แจแจแฐแ แฅแแต แแแจแ 2023 แแแแ แแ แจแตแ-แ แแ แฝแแแต แฐแแ แฝแแแฑ แฐแ แญแญแถแแณแแข
Via EBC
@etconp
โค11๐8
๐What Does A Construction Manager Do?
PART 1
โถ๏ธA Construction Manager must ensure a project is completed safely, making sure the project runs on time and within the allocated budget allowance.
They typically come into the process quite early on in the project so they can help the client with preliminary planning. They also help with aspects such as selecting an architect and contractor.
.
โถ๏ธDuties of a Construction Manager
**The typical functions of a construction manager include:
1. : This involves planning
the entire project and documenting all the jobs that must be completed. It helps allow for budgeting and access to materials that are required Project Management Planning
2. : The expenses of each project must
be efficiently managed throughout the process to ensure
for adjustments for unexpected issues or difficulties Cost Management
3. : A construction manager must
make sure that the contractors employed for the project are completing it to a high-quality standard. Monitoring the process, costs and quality is all highly critical Quality Management
4. : Extensive contracts with the
client are all part of the project construction process.
The contract provisions must be being met to ensure that all parties involved are satisfied Contract Administration
5. : As a construction site can be a
dangerous place with many safety hazards, the building manager must ensure that correct processes are in place to make sure there are no accidents.
The construction manager needs to ensure that the work meets all the legal requirements and Building Regulations
Safety Management Responsibility of Construction Manage
.
๐Who They Manage and How
Construction managers will be responsible for managing individuals in various roles appropriate for the project. Before
any of the actual building work can take place, the plans
must be discussed with the architect, surveyors and buyers.
These types of managers will be required to hire the relevant
staff needed to complete the project to the clientโs standard. It is important that all these members of staff are
managed effectively so that the plans for the project can be
fully understood and developed. The construction manager
will need to hire and organise various contractors and
suppliers, and coordinate the subcontractorโs activities.
:
๐What Skills/Qualifications Are Required?
1. Construction managers have an obligation to
communicate with many different people. Therefore,
are essential. people skills
2. Construction managers must be able to their
team to ensure the project is completed to a high quality
motivate
3. Construction Managers need to be
to overcome any obstacles they may face in the
process. creative in problem- solving
4. Having excellent are
also important so that the project can be both effectively
and efficiently plan to run according to schedule
organisational and planning skills
5. are essential. They will need to have
in-depth knowledge of different building methods and
project management computer software. They need
these core competencies to plan the project and keep the
information and finances updated.
Maths and IT skills
6. An of health and safety is fundamental to
maintain a safe work environment.
awareness To become a construction manager, HNC/HND, a foundation degree, or degree in a related area is usually required.
.
โถ๏ธWhat to Expect as a Construction Manager
1. Construction managers are typically employed by
building companies or specialist subcontractors
2. Will be responsible for running all or part of a
construction site
3. Primary person to contact for sub-contractors and public
4. Senior construction managers will often oversee several
projects at once
5. Project meetings must take place at various intervals to
discuss the progress of the project and any issues or
concerns
6. Diaries and daily logs are kept to keep track of activities
taking place on each job site
@etconp
PART 1
โถ๏ธA Construction Manager must ensure a project is completed safely, making sure the project runs on time and within the allocated budget allowance.
They typically come into the process quite early on in the project so they can help the client with preliminary planning. They also help with aspects such as selecting an architect and contractor.
.
โถ๏ธDuties of a Construction Manager
**The typical functions of a construction manager include:
1. : This involves planning
the entire project and documenting all the jobs that must be completed. It helps allow for budgeting and access to materials that are required Project Management Planning
2. : The expenses of each project must
be efficiently managed throughout the process to ensure
for adjustments for unexpected issues or difficulties Cost Management
3. : A construction manager must
make sure that the contractors employed for the project are completing it to a high-quality standard. Monitoring the process, costs and quality is all highly critical Quality Management
4. : Extensive contracts with the
client are all part of the project construction process.
The contract provisions must be being met to ensure that all parties involved are satisfied Contract Administration
5. : As a construction site can be a
dangerous place with many safety hazards, the building manager must ensure that correct processes are in place to make sure there are no accidents.
The construction manager needs to ensure that the work meets all the legal requirements and Building Regulations
Safety Management Responsibility of Construction Manage
.
๐Who They Manage and How
Construction managers will be responsible for managing individuals in various roles appropriate for the project. Before
any of the actual building work can take place, the plans
must be discussed with the architect, surveyors and buyers.
These types of managers will be required to hire the relevant
staff needed to complete the project to the clientโs standard. It is important that all these members of staff are
managed effectively so that the plans for the project can be
fully understood and developed. The construction manager
will need to hire and organise various contractors and
suppliers, and coordinate the subcontractorโs activities.
:
๐What Skills/Qualifications Are Required?
1. Construction managers have an obligation to
communicate with many different people. Therefore,
are essential. people skills
2. Construction managers must be able to their
team to ensure the project is completed to a high quality
motivate
3. Construction Managers need to be
to overcome any obstacles they may face in the
process. creative in problem- solving
4. Having excellent are
also important so that the project can be both effectively
and efficiently plan to run according to schedule
organisational and planning skills
5. are essential. They will need to have
in-depth knowledge of different building methods and
project management computer software. They need
these core competencies to plan the project and keep the
information and finances updated.
Maths and IT skills
6. An of health and safety is fundamental to
maintain a safe work environment.
awareness To become a construction manager, HNC/HND, a foundation degree, or degree in a related area is usually required.
.
โถ๏ธWhat to Expect as a Construction Manager
1. Construction managers are typically employed by
building companies or specialist subcontractors
2. Will be responsible for running all or part of a
construction site
3. Primary person to contact for sub-contractors and public
4. Senior construction managers will often oversee several
projects at once
5. Project meetings must take place at various intervals to
discuss the progress of the project and any issues or
concerns
6. Diaries and daily logs are kept to keep track of activities
taking place on each job site
@etconp
๐15โค2
๐ซตETCONp TODAY TIP
๐Interview Questions!
๐Here is the list of the most commonly asked questions during the interviews.
๐งHope this helps most of you
1. Introduce yourself?
2. What are your career preferences?
3. How much salary you are expecting?
4. What is your plan regarding continuing your education?
5. Tell us about your hobbies?
6. What are your strengths & weaknesses?
7. Are you ready to work in a team?
8. Can you work in stress?
9. What good things you liked in your ex-boss?
10. How do you feel working on weekend?
11. Define success?
12. How good your communication is?
13. Where do you see yourself in next 2 years?
14. You like trying new things or stay with old ones?
15. Why you have applied for this position?
16. Tell us about your family?
17. Areas where you can revamp your skills?
18. What if you are not selected for this position?
19. What makes you feel that you are the best candidate for this position?
20. What you preferred, money or work?
21. Tell us about your subjects?
23. What is your greatest strength?
24. What are you looking for in a job?
25. What kind of person would you refuse to work with?
26. What is more important to you: the money or the work?
27. Tell me about your ability to work under pressure.
28. Do your skills match this job or another job more closely?
29. What motivates you to do your best on the job?
30. Describe your management style.
31. How do you propose to compensate for your lack of experience?
32. Describe your work ethic.
33.What qualities do you look for in a boss?
34.What position do you prefer on a team working on a project?
35. Do you have any questions for me?
@etconp
๐Interview Questions!
๐Here is the list of the most commonly asked questions during the interviews.
๐งHope this helps most of you
1. Introduce yourself?
2. What are your career preferences?
3. How much salary you are expecting?
4. What is your plan regarding continuing your education?
5. Tell us about your hobbies?
6. What are your strengths & weaknesses?
7. Are you ready to work in a team?
8. Can you work in stress?
9. What good things you liked in your ex-boss?
10. How do you feel working on weekend?
11. Define success?
12. How good your communication is?
13. Where do you see yourself in next 2 years?
14. You like trying new things or stay with old ones?
15. Why you have applied for this position?
16. Tell us about your family?
17. Areas where you can revamp your skills?
18. What if you are not selected for this position?
19. What makes you feel that you are the best candidate for this position?
20. What you preferred, money or work?
21. Tell us about your subjects?
23. What is your greatest strength?
24. What are you looking for in a job?
25. What kind of person would you refuse to work with?
26. What is more important to you: the money or the work?
27. Tell me about your ability to work under pressure.
28. Do your skills match this job or another job more closely?
29. What motivates you to do your best on the job?
30. Describe your management style.
31. How do you propose to compensate for your lack of experience?
32. Describe your work ethic.
33.What qualities do you look for in a boss?
34.What position do you prefer on a team working on a project?
35. Do you have any questions for me?
@etconp
๐14๐7โค5
๐The first goal of accurate estimating and bidding system.
๐งThis is to insure you know and track job labor, equipment, material and subcontractor costs.
๐คAsk yourself these questions as you think about preparing your next bid:
โข ๐Do you know and track job costs?
โข ๐Do you recap final costs versus the estimate?
โข ๐Do your field timecards reflect the real costs per work item?
โข ๐Does your accounting system give timely job cost reports?
โข ๐Will your estimate produce accurate costs?
โข ๐Do you keep track of labor costs?
โข ๐Do you have a cost history library?
โข ๐Do you feel confident in your costs?
โข ๐Are your general conditions costs accurate?
โข ๐Is your labor burden rate correct?
โข ๐Is your crew bidding rate accurate?
โข ๐Are your equipment rates accurate?
โข ๐Is your overhead markup sufficient to recover your overhead?
โข ๐Is your profit markup enough to give you a proper return?
What's your estimator's No. 1 priority? When I speak at conferences or conventions, I get many responses to this question. They include the following:
โข ๐Bid lots of jobs
โข ๐Get lots of work
โข ๐Maximize sub-bid coverage
โข ๐Be competitive
โข ๐Know what things cost
โข ๐Make a profit
The #top_priority for my #estimator is to arrive at #accurate job costs.
I don't want our bid to be an estimate of what a job might cost, plus or minus 10 percent.
Estimating accuracy is a key to long-term construction business success.
The only variable on any bid should be the #profit mark-up. Excellent and experienced estimators know what things cost.
In my opinion, their estimating goal must be to prepare bid estimates within 1 or 2 percent of the final actual cost on every job. Good estimators continually compare their #past_bids to the final job cost results to see how accurate they were.
Then they make adjustments accordingly for their next bids. They are in constant contact with the field superintendents and foremen to review how they arrive at estimated costs.
โ They continually review labor, material, equipment, subcontractor and supplier costs to insure they know every possibility for differences in the jobs they bid.
โคโโโโโโขโขโฆ โฆโขโขโโโโโโค
โจ๐ซ @etconp โจ๐ซ
๐งThis is to insure you know and track job labor, equipment, material and subcontractor costs.
๐คAsk yourself these questions as you think about preparing your next bid:
โข ๐Do you know and track job costs?
โข ๐Do you recap final costs versus the estimate?
โข ๐Do your field timecards reflect the real costs per work item?
โข ๐Does your accounting system give timely job cost reports?
โข ๐Will your estimate produce accurate costs?
โข ๐Do you keep track of labor costs?
โข ๐Do you have a cost history library?
โข ๐Do you feel confident in your costs?
โข ๐Are your general conditions costs accurate?
โข ๐Is your labor burden rate correct?
โข ๐Is your crew bidding rate accurate?
โข ๐Are your equipment rates accurate?
โข ๐Is your overhead markup sufficient to recover your overhead?
โข ๐Is your profit markup enough to give you a proper return?
What's your estimator's No. 1 priority? When I speak at conferences or conventions, I get many responses to this question. They include the following:
โข ๐Bid lots of jobs
โข ๐Get lots of work
โข ๐Maximize sub-bid coverage
โข ๐Be competitive
โข ๐Know what things cost
โข ๐Make a profit
The #top_priority for my #estimator is to arrive at #accurate job costs.
I don't want our bid to be an estimate of what a job might cost, plus or minus 10 percent.
Estimating accuracy is a key to long-term construction business success.
The only variable on any bid should be the #profit mark-up. Excellent and experienced estimators know what things cost.
In my opinion, their estimating goal must be to prepare bid estimates within 1 or 2 percent of the final actual cost on every job. Good estimators continually compare their #past_bids to the final job cost results to see how accurate they were.
Then they make adjustments accordingly for their next bids. They are in constant contact with the field superintendents and foremen to review how they arrive at estimated costs.
โ They continually review labor, material, equipment, subcontractor and supplier costs to insure they know every possibility for differences in the jobs they bid.
โคโโโโโโขโขโฆ โฆโขโขโโโโโโค
โจ๐ซ @etconp โจ๐ซ
โค8๐6๐ข1๐1
๐Accurate Estimating Rules
1. ๐Every estimate covers your job costs.โจ๐ซ
๐งYour estimating goal is to calculate the ACCURATE final cost of building each project you bid.
โถ๏ธEstimates should not include any "fat," "fudge factor" or "slop" to cover unknowns. A perfect estimate equals your actual cost of doing the work.
โบCan you cut your costs? No, unless your crew leaves something out or gets creative during the installation process.
2. ๐Your estimate is the total cost.
๐งEstimating is arriving at the total job cost. To arrive at accurate costs, the estimator is responsible for knowing what things cost. They must review final job costs and update their cost history library on an ongoing basis.
3. Your bid is the total contract amount.
๐งA bid is the sum of accurate estimated job costs, plus your overhead recovery markup, plus your profit markup to hit your company goals. You job costs shouldn't vary from the estimate.
โถ๏ธYour overhead is the amount required to recover the cost of doing business. Can you cut your costs or overhead? Both job and overhead costs can't be cut when you are preparing bids as these are fixed amounts.
โบThe only bid variable is profit. Profit is the reward for taking business risks and should be adjusted based on project risks.
4. ๐Contracts are opportunities!
๐งWhen you are awarded a job you have an opportunity to get paid for job costs to cover labor, equipment, material and subcontractors.
โถ๏ธThen you have an additional opportunity to make some money, only and after you recover your overhead. Your overhead is a set amount determined by your fixed cost of doing business. Your overhead includes all of your general and administrative costs and goes on with or without any jobs under construction. Each job must pay its pro-rata share of your annual overhead budget.
โถ๏ธMany times I listen to construction business owners lament over how they can't get enough markup to make a profit, or they complain they bid work and it comes in costing more than they figured, or they never have enough money to pay themselves a good salary. The problem is simple. Basic business math must be understood.
โ๏ธVolume - Job Cost - Overhead = Profit
โถ๏ธYou can cover your job costs on every job, but not have enough left over to recover your overhead or make a profit. This usually happens to contractors who don't understand business fundamentals. You don't make a profit until all of your annual job costs are paid for plus you pay back all of your overhead costs for the year.
โถ๏ธMost companies don't cover their overhead costs until October or November and don't make a profit until December. Just because you have money in the bank doesn't mean you are profitable.
โถ๏ธWhen you increase overhead by hiring an estimator or bookkeeper, your choices are simple: raise markup or increase sales volume.
โ If your volume or markup decreases in a softening market, your only choice is to cut overhead or increase sales. When job costs increase, you're in trouble as your only choice is more sales. Most owners mistakenly focus on cutting costs instead of increasing revenue when things go bad.
โคโโโโโโขโขโฆ โฆโขโขโโโโโโค
โจ๐ซ @etconp โจ๐ซ
1. ๐Every estimate covers your job costs.โจ๐ซ
๐งYour estimating goal is to calculate the ACCURATE final cost of building each project you bid.
โถ๏ธEstimates should not include any "fat," "fudge factor" or "slop" to cover unknowns. A perfect estimate equals your actual cost of doing the work.
โบCan you cut your costs? No, unless your crew leaves something out or gets creative during the installation process.
2. ๐Your estimate is the total cost.
๐งEstimating is arriving at the total job cost. To arrive at accurate costs, the estimator is responsible for knowing what things cost. They must review final job costs and update their cost history library on an ongoing basis.
3. Your bid is the total contract amount.
๐งA bid is the sum of accurate estimated job costs, plus your overhead recovery markup, plus your profit markup to hit your company goals. You job costs shouldn't vary from the estimate.
โถ๏ธYour overhead is the amount required to recover the cost of doing business. Can you cut your costs or overhead? Both job and overhead costs can't be cut when you are preparing bids as these are fixed amounts.
โบThe only bid variable is profit. Profit is the reward for taking business risks and should be adjusted based on project risks.
4. ๐Contracts are opportunities!
๐งWhen you are awarded a job you have an opportunity to get paid for job costs to cover labor, equipment, material and subcontractors.
โถ๏ธThen you have an additional opportunity to make some money, only and after you recover your overhead. Your overhead is a set amount determined by your fixed cost of doing business. Your overhead includes all of your general and administrative costs and goes on with or without any jobs under construction. Each job must pay its pro-rata share of your annual overhead budget.
โถ๏ธMany times I listen to construction business owners lament over how they can't get enough markup to make a profit, or they complain they bid work and it comes in costing more than they figured, or they never have enough money to pay themselves a good salary. The problem is simple. Basic business math must be understood.
โ๏ธVolume - Job Cost - Overhead = Profit
โถ๏ธYou can cover your job costs on every job, but not have enough left over to recover your overhead or make a profit. This usually happens to contractors who don't understand business fundamentals. You don't make a profit until all of your annual job costs are paid for plus you pay back all of your overhead costs for the year.
โถ๏ธMost companies don't cover their overhead costs until October or November and don't make a profit until December. Just because you have money in the bank doesn't mean you are profitable.
โถ๏ธWhen you increase overhead by hiring an estimator or bookkeeper, your choices are simple: raise markup or increase sales volume.
โ If your volume or markup decreases in a softening market, your only choice is to cut overhead or increase sales. When job costs increase, you're in trouble as your only choice is more sales. Most owners mistakenly focus on cutting costs instead of increasing revenue when things go bad.
โคโโโโโโขโขโฆ โฆโขโขโโโโโโค
โจ๐ซ @etconp โจ๐ซ
๐7๐2
แญแ
แแตแแแจแฑแต แ
แแ แ แจแญแคแ แ แซแฃแข แจแแแ แฒแแ แแฐแแ แ แแฃแต แจ แ แแณแต แ แแต แฅแแฒแ
แแฃ แฅแ แฐแญแถ แแ แญ แแฌ แ แแซแฃแฝ แ
แแ แฒแฐแซ แฅแแฒ แจแแฆแญแฆแญ แฅแฃ แฐแญแถแ แณแแข
แฒแแญแ แตแณแจแ แแตแณแแต แซแแฃแฝแ แ แ
1. แแตแฎแต แตแณแ แ แจ แ แแซแฃแฝ 2 แแตแญ แแฃ
แ แ
2. แ แฝแแตแคแต แจ 60 แณแแฒแ แ แณแฝ แจแแ แแตแฎแต แตแณแ แ 1.5 แแตแญ แแฃ แ แ
This building is located around ayertena years ago the building projected itโs boundary line outside and now the neighboring building had to demolish some part of the building component
Here is some tips you need to remember designing in Addis Ababa
1. To provide a window you need to
offset 2 meter from your boundary line
2. To provide bathroom window <60 cm you need to offset 1.5 meters
@etconp
Facebook:- https://www.facebook.com/etconp/
Telegram:- https://t.me/ETCONpWORK
YouTube:- https://youtube.com/@Etconp432
แฒแแญแ แตแณแจแ แแตแณแแต แซแแฃแฝแ แ แ
1. แแตแฎแต แตแณแ แ แจ แ แแซแฃแฝ 2 แแตแญ แแฃ
แ แ
2. แ แฝแแตแคแต แจ 60 แณแแฒแ แ แณแฝ แจแแ แแตแฎแต แตแณแ แ 1.5 แแตแญ แแฃ แ แ
This building is located around ayertena years ago the building projected itโs boundary line outside and now the neighboring building had to demolish some part of the building component
Here is some tips you need to remember designing in Addis Ababa
1. To provide a window you need to
offset 2 meter from your boundary line
2. To provide bathroom window <60 cm you need to offset 1.5 meters
@etconp
Facebook:- https://www.facebook.com/etconp/
Telegram:- https://t.me/ETCONpWORK
YouTube:- https://youtube.com/@Etconp432
๐8โค3๐2
๐แขแตแฐแญแ แฎแญแแฌแฝแ แ แขแตแฎแตแซ แ แฐแแฃแฃแ แแ แคแถแฝแ แแแแฃแต แฅแแฐแแแแ แแแธ
แจแ แแชแซแ แขแตแฐแญแ แฎแญแแฌแฝแ แ แขแตแฎแตแซ แฐแแฃแฃแ แแ แซแแธแ แคแถแฝแ แแแแแฃแตแ แ แแแแญแธแชแแ แแญแ แแแฐแแซแต แแแแต แฅแแณแแ แแแฟแแกแก
แ แขแแฑแตแตแช แแญแฎแฝ แแแต แฎแญแแฌแฝแ แจแตแซแแตแแญแแฝแแ แแ แตแซ แ แตแแแ แฝ/แคแต แแแ แ แถ แแแ แจแฐแ แจแฉแฃแแซแ แแ แตแซ แ แตแแปแ แดแชแต แแ แฅแ แแแซแธแ แแญ แฐแแซแญแฐแแแข
แ แถ แแแรท แขแตแฐแญแ แฎแญแแฌแฝแ แ แแแแฆ แขแแฑแตแตแช แแญแญ แขแแจแตแต แแแตแจแแ แฐแแฃแฃแ แแ แซแแธแแ แจแแซ แแแชแซ แคแถแฝ แแแแแฃแต แซแณแจแแ แจแแฐแ แแแแต แ แตแแแแแข
แฎแญแแฌแฝแ แ แขแแฑแตแตแช แแญแฎแฝ แซแแแ แจแแญ แขแแจแตแตแแแต แแฐแต แ แจแแฐแ แแแณ แแแจแแญแ แจแฐแซแฐแแแ แแน แแแณ แแแ แ แ แจแแซแแ แตแซแแฝ แฅแซแจแแแ แแแแ แ แแตแฐแแแกแก
แฉแฃแแซแ แแฐ แตแซ แฅแแฒแแฃ แ แตแแแแแ แตแแแ แญแตแตแ แจแแตแจแ แตแซแแฝ แฐแ แแญแจแ แฅแแฐแแแฅแแ แ แจแแแ แแแกแก
แจแขแตแฐแญแ แฉแฃแแซ แแ แตแซ แ แตแแปแ แดแชแต แแ แ แ แฉแแธแรท แฉแฃแแซแธแ แ แ แแชแซ แ แฐแแซแฉ แแแฃแณแแฝ แแญ แซแซแ แฐแแ แแแต แ แขแตแฎแตแซ แแแตแแแต แแแฑแ แฐแแแจแแแกแก
แฉแฃแแซแ แ แแแแฆ แขแแฑแตแตแช แแญแญ แแแแ แแแญ แ แแแฐแต แ แแญแ แจแซแฑแ แ แตแฐแแฝแฆ แแแ แญแจแต แแแแต แฅแแณแแ แแ แจแแแนแตแกแก
แขแตแฐแญแ แฉแฃแแซ แ แ แแชแซ แ แฎแแตแตแซแญแฝแ แแญแ แจ25 แแแณแต แ แแญ แ แคแถแฝ แแแฃแณ แฅแแฒแแ แ แแฎแแญแต แแตแฐแณแฐแญ แแญแ แจแซแ แฐ แแแต แซแแ แแแแ แจแฎแญแแฌแฝแ แแจแ แซแแแญแณแแกแก
Via FBC
@etconp
แจแ แแชแซแ แขแตแฐแญแ แฎแญแแฌแฝแ แ แขแตแฎแตแซ แฐแแฃแฃแ แแ แซแแธแ แคแถแฝแ แแแแแฃแตแ แ แแแแญแธแชแแ แแญแ แแแฐแแซแต แแแแต แฅแแณแแ แแแฟแแกแก
แ แขแแฑแตแตแช แแญแฎแฝ แแแต แฎแญแแฌแฝแ แจแตแซแแตแแญแแฝแแ แแ แตแซ แ แตแแแ แฝ/แคแต แแแ แ แถ แแแ แจแฐแ แจแฉแฃแแซแ แแ แตแซ แ แตแแปแ แดแชแต แแ แฅแ แแแซแธแ แแญ แฐแแซแญแฐแแแข
แ แถ แแแรท แขแตแฐแญแ แฎแญแแฌแฝแ แ แแแแฆ แขแแฑแตแตแช แแญแญ แขแแจแตแต แแแตแจแแ แฐแแฃแฃแ แแ แซแแธแแ แจแแซ แแแชแซ แคแถแฝ แแแแแฃแต แซแณแจแแ แจแแฐแ แแแแต แ แตแแแแแข
แฎแญแแฌแฝแ แ แขแแฑแตแตแช แแญแฎแฝ แซแแแ แจแแญ แขแแจแตแตแแแต แแฐแต แ แจแแฐแ แแแณ แแแจแแญแ แจแฐแซแฐแแแ แแน แแแณ แแแ แ แ แจแแซแแ แตแซแแฝ แฅแซแจแแแ แแแแ แ แแตแฐแแแกแก
แฉแฃแแซแ แแฐ แตแซ แฅแแฒแแฃ แ แตแแแแแ แตแแแ แญแตแตแ แจแแตแจแ แตแซแแฝ แฐแ แแญแจแ แฅแแฐแแแฅแแ แ แจแแแ แแแกแก
แจแขแตแฐแญแ แฉแฃแแซ แแ แตแซ แ แตแแปแ แดแชแต แแ แ แ แฉแแธแรท แฉแฃแแซแธแ แ แ แแชแซ แ แฐแแซแฉ แแแฃแณแแฝ แแญ แซแซแ แฐแแ แแแต แ แขแตแฎแตแซ แแแตแแแต แแแฑแ แฐแแแจแแแกแก
แฉแฃแแซแ แ แแแแฆ แขแแฑแตแตแช แแญแญ แแแแ แแแญ แ แแแฐแต แ แแญแ แจแซแฑแ แ แตแฐแแฝแฆ แแแ แญแจแต แแแแต แฅแแณแแ แแ แจแแแนแตแกแก
แขแตแฐแญแ แฉแฃแแซ แ แ แแชแซ แ แฎแแตแตแซแญแฝแ แแญแ แจ25 แแแณแต แ แแญ แ แคแถแฝ แแแฃแณ แฅแแฒแแ แ แแฎแแญแต แแตแฐแณแฐแญ แแญแ แจแซแ แฐ แแแต แซแแ แแแแ แจแฎแญแแฌแฝแ แแจแ แซแแแญแณแแกแก
Via FBC
@etconp
๐14โค1
๐Accurate Estimating
1. ๐Accurate Time Cards-Excellent estimators know accurate estimating starts with accurate information from the crews who actually do the work.
#Step_one is to insist your timecard is divided into the cost codes you want to estimate with. Then, it's the #estimator's responsibility to insure field workers are filling out timecards correctly.
2. ๐Accurate #Labor Burden Rate-Do you know how your labor burden rate is calculated? Is it accurate or an approximation of what your #accounting department thinks it should be? An accurate labor burden rate is essential for accurate estimating.
If your rate is padded, you are too expensive, and if it's not complete you'll bid too cheap. Review it for accuracy and include taxes, workers' compensation, medical, liability insurance, vacation, union dues, safety training, small tools, overtime and down-time.
3. ๐Accurate #Crew Bid Rate-Excellent estimators use different crew rates to bid different projects based on what the job needs.
A crew on a difficult job needs more experienced people, while a larger simple project can use less trained crew members. Figure different crew sizes and make-ups to determine your accurate man-hour crew bid rate.
I like to calculate #bid rates for two-, three-, five-, ten-, and twenty-men crews. You will find your bid rate varies considerably for different crews.
4. ๐Accurate #Equipment Rates-Excellent estimators know what equipment really costs. Calculate the cost for each piece of equipment your company uses.
โ Total the purchase price, interest, maintenance, gas and insurance over the life of the equipment. Divide this total cost by the expected number of billable hours to arrive at you accurate cost per hour.
5. ๐Accurate #General #Conditions-Most estimators either guess at the actual costs of job start-up, managing, supervising, temporary facilities and closing out projects, or they use a percentage to figure general conditions.
And, the unit prices they use are often #outdated and inaccurate. Most of the time general conditions can vary from month to month.
#Accurate estimating must include a review of what your #general_conditions really cost and then a budget based on input from the field.
6. ๐Accurate #Overhead-Your company overhead is a fixed (not a percentage) amount. Divide your total #projected_annual overhead by your total projected annual job costs (not sales volume).
This percentage will equal the actual overhead recovery markup to use.
Example: 800,000 Birr projected #annual_overhead divided by 5,000,000 Birr projected annual job costs equals 16 percent #markup for overhead recovery.
Don't get trapped into thinking you can use an industry average such as 10 percent or 15 percent to cover your overhead costs.
7. ๐Accurate #Profit MarkUp-Profit markup is ๐๐พnot determined by what you can get.
It is a fixed amount of what you want. โ๏ธTo determine the profit markup required to hit your goal, divide your total annual projected costs by your annual profit goal to determine markup.
๐Example: 400,000 Birr annual profit goal divided by 5 million Birr projected annual job costs equals 8 percent markup to hit your profit goal.
If you can't achieve 8 percent profit markup in your market, your only solution is to adjust your volume up and your markup down until you hit your 400,000 Birr profit target.
โ Want to make lots of money? Make your bid more than a "guestimate." Make each estimate an exact prediction of what it will take to build every project.
Install accurate estimating systems and controls and watch your #bottom-line results improve significantly.
@etconp
1. ๐Accurate Time Cards-Excellent estimators know accurate estimating starts with accurate information from the crews who actually do the work.
#Step_one is to insist your timecard is divided into the cost codes you want to estimate with. Then, it's the #estimator's responsibility to insure field workers are filling out timecards correctly.
2. ๐Accurate #Labor Burden Rate-Do you know how your labor burden rate is calculated? Is it accurate or an approximation of what your #accounting department thinks it should be? An accurate labor burden rate is essential for accurate estimating.
If your rate is padded, you are too expensive, and if it's not complete you'll bid too cheap. Review it for accuracy and include taxes, workers' compensation, medical, liability insurance, vacation, union dues, safety training, small tools, overtime and down-time.
3. ๐Accurate #Crew Bid Rate-Excellent estimators use different crew rates to bid different projects based on what the job needs.
A crew on a difficult job needs more experienced people, while a larger simple project can use less trained crew members. Figure different crew sizes and make-ups to determine your accurate man-hour crew bid rate.
I like to calculate #bid rates for two-, three-, five-, ten-, and twenty-men crews. You will find your bid rate varies considerably for different crews.
4. ๐Accurate #Equipment Rates-Excellent estimators know what equipment really costs. Calculate the cost for each piece of equipment your company uses.
โ Total the purchase price, interest, maintenance, gas and insurance over the life of the equipment. Divide this total cost by the expected number of billable hours to arrive at you accurate cost per hour.
5. ๐Accurate #General #Conditions-Most estimators either guess at the actual costs of job start-up, managing, supervising, temporary facilities and closing out projects, or they use a percentage to figure general conditions.
And, the unit prices they use are often #outdated and inaccurate. Most of the time general conditions can vary from month to month.
#Accurate estimating must include a review of what your #general_conditions really cost and then a budget based on input from the field.
6. ๐Accurate #Overhead-Your company overhead is a fixed (not a percentage) amount. Divide your total #projected_annual overhead by your total projected annual job costs (not sales volume).
This percentage will equal the actual overhead recovery markup to use.
Example: 800,000 Birr projected #annual_overhead divided by 5,000,000 Birr projected annual job costs equals 16 percent #markup for overhead recovery.
Don't get trapped into thinking you can use an industry average such as 10 percent or 15 percent to cover your overhead costs.
7. ๐Accurate #Profit MarkUp-Profit markup is ๐๐พnot determined by what you can get.
It is a fixed amount of what you want. โ๏ธTo determine the profit markup required to hit your goal, divide your total annual projected costs by your annual profit goal to determine markup.
๐Example: 400,000 Birr annual profit goal divided by 5 million Birr projected annual job costs equals 8 percent markup to hit your profit goal.
If you can't achieve 8 percent profit markup in your market, your only solution is to adjust your volume up and your markup down until you hit your 400,000 Birr profit target.
โ Want to make lots of money? Make your bid more than a "guestimate." Make each estimate an exact prediction of what it will take to build every project.
Install accurate estimating systems and controls and watch your #bottom-line results improve significantly.
@etconp
๐7
Eccentric Footing
A footing is called eccentric when the centre of gravity
(CG) of the column is NOT in alignment with the centre of gravity (CG) of the footing and the load from the column is not transferred uniformly to the soil. The foundation provided here is called eccentric foundation.
@etconp
Facebook:- https://www.facebook.com/etconp/
Instagram:- https://instagram.com/etconp?igshid=NzZhOTFlYzFmZQ==
YouTube :- https://youtube.com/@Etconp432
Telegram:- https://t.me/ETCONpWORK
A footing is called eccentric when the centre of gravity
(CG) of the column is NOT in alignment with the centre of gravity (CG) of the footing and the load from the column is not transferred uniformly to the soil. The foundation provided here is called eccentric foundation.
@etconp
Facebook:- https://www.facebook.com/etconp/
Instagram:- https://instagram.com/etconp?igshid=NzZhOTFlYzFmZQ==
YouTube :- https://youtube.com/@Etconp432
Telegram:- https://t.me/ETCONpWORK
โค9๐6๐2
๐ FOUNDATIONS Discussions and
Problem Solving
โ๏ธ THARWAT M. BABAN
SHALLOW
๐ 753 pages ๐
Size:- 17.6 MB
The book will be posted on our telegram channel Saturday morning 9am ๐ (PDF file)
3 แฐแแต แแญ แแ แแ แแแ แ แดแแแซแ แแแฝแ แฅแแแ แแฝแแแ
@etconp
Problem Solving
โ๏ธ THARWAT M. BABAN
SHALLOW
๐ 753 pages ๐
Size:- 17.6 MB
The book will be posted on our telegram channel Saturday morning 9am ๐ (PDF file)
3 แฐแแต แแญ แแ แแ แแแ แ แดแแแซแ แแแฝแ แฅแแแ แแฝแแแ
@etconp
๐11โค2๐1
Shallow foundation discussion and solving problems @etconp.pdf
16.8 MB
๐ FOUNDATIONS Discussions and
Problem Solving
โ๏ธ THARWAT M. BABAN
SHALLOW
๐ 753 pages ๐
Size:- 17.6 MB
@etconp
Facebook:- https://www.facebook.com/etconp/
Instagram:- https://instagram.com/etconp?igshid=NzZhOTFlYzFmZQ==
YouTube:- https://youtube.com/@Etconp432
Problem Solving
โ๏ธ THARWAT M. BABAN
SHALLOW
๐ 753 pages ๐
Size:- 17.6 MB
@etconp
Facebook:- https://www.facebook.com/etconp/
Instagram:- https://instagram.com/etconp?igshid=NzZhOTFlYzFmZQ==
YouTube:- https://youtube.com/@Etconp432
๐4๐3โค1
๐แ แฐแแ แแฃแญ แตแแตแฎแฝ Trial Bridges) แแแแ แแชแซ แแญแญแต แฐแซแแฐ
๐งแแแฌแณแต แขแตแฎแตแซ (HELVETAS ETHIOPIA) แฅแ แตแแตแญ แแฅแแแแ (Bridges Prosperity) แ แฐแฐแ แแแแตแณแ แซแแแ แแแ แ แแ แตแญแ แถแฝ แจแฐแแแแ แ แฐแแ แแฃแญ แตแแตแฎแฝ (Trial Bridges) แแแแ แแชแซ แแญแญแต แตแฉแจแต แซแฐแจแ แแญแญแต แฐแซแแฐแกแก
โบแจแแญแญแต แแตแจแฉ แซแตแแแแ แต แแ แแญแแซแต แจแแ แแฐแ แ แแแแแต แแญ แญแแ แจแแ แจแแ แจแฐแแ แแฃแญ แตแแตแฎแฝ แแแแ แแปแปแ แ แแตแแแ แแ แกแก
โถ๏ธแแแแต แแแต แ แแแแ แ แแ แแตแจแญ แแญ แจแจแฐแแ แแแต แแแตแฐแญ แฃ แจแฐแแซแฉ แฉแแจแญแฒแฒแแฝ แฃ แจแขแตแฎแตแซ แแแแถแฝ แ แตแฐแณแฐแญ แฃ แจแฐแแซแฉ แญแแแฝ แแแฐแฐแจแ แจแฐแแฃแก แฃแแตแญแป แ แซแแต แจแฐแณแฐแ แฒแแ แ แฐแแ แแฃแญ แตแแตแฎแฝ แแชแซ แจแฐแฐแจแ แฅแแณแ แฝแแแฝ แแญแ แ แแญแญแต แฐแซแแถแฃแธแแแกแก
๐แแแแซแแ แ แ แแจ แตแแแญแแแต แซแฐแจแแ แแแฌแณแต แ แขแตแฎแตแซ แแตแฅ แแแแต 20 แแแณแต แ แตแตแตแต แญแแแฝ แแแตแ แ แฆแฎแแซ แฃ แ แ แแซ แฃ แ แแแจแแ แฐแกแฅ แฃ แ แฐแกแฅ แขแตแฎแตแซ แฃ แ แฒแณแ แฅแ แ แถแแแซ แญแแแฝ 126 แฐแแ แแฃแญ แตแแตแฎแฝแ แแแแแฃแต แฝแแแกแก
๐ซตแแแฃแญ แถแตแต แแแณแต แ แแแจแ แ แแ แแฎแแซแ แตแแ แซ แ แฐแแซแฉ แจแ แแซแฝแ แญแแแฝ แ แแต แแถ แแแณ ( 150 ) แฐแแ แแฃแญ แตแแตแฎแฝ แฐแแแฅแฐแ แแ แแต แแแฎแ แถแตแต แแถ แแแณ แบ ( 1 350 000 ) แแแฝ แ แแแแแต แญแฐแฃแ แฐแฅแ แญแแแณแ แกแก
โบแญแ แแแแตแณแ แซแแแ แตแญแแต แฐแแ แแฃแญ แตแแตแฎแฝแ แแแแแฃแต แจแแซแตแฝแแแ แจแแแฃแขแซ แฐแแต แ แแ แแแต แจแขแตแฎแตแซ แแแแถแฝ แ แตแฐแณแฐแญ แแญ แแแซแจแ แญแณแแณแแกแก
Via ERA
@etconp
๐งแแแฌแณแต แขแตแฎแตแซ (HELVETAS ETHIOPIA) แฅแ แตแแตแญ แแฅแแแแ (Bridges Prosperity) แ แฐแฐแ แแแแตแณแ แซแแแ แแแ แ แแ แตแญแ แถแฝ แจแฐแแแแ แ แฐแแ แแฃแญ แตแแตแฎแฝ (Trial Bridges) แแแแ แแชแซ แแญแญแต แตแฉแจแต แซแฐแจแ แแญแญแต แฐแซแแฐแกแก
โบแจแแญแญแต แแตแจแฉ แซแตแแแแ แต แแ แแญแแซแต แจแแ แแฐแ แ แแแแแต แแญ แญแแ แจแแ แจแแ แจแฐแแ แแฃแญ แตแแตแฎแฝ แแแแ แแปแปแ แ แแตแแแ แแ แกแก
โถ๏ธแแแแต แแแต แ แแแแ แ แแ แแตแจแญ แแญ แจแจแฐแแ แแแต แแแตแฐแญ แฃ แจแฐแแซแฉ แฉแแจแญแฒแฒแแฝ แฃ แจแขแตแฎแตแซ แแแแถแฝ แ แตแฐแณแฐแญ แฃ แจแฐแแซแฉ แญแแแฝ แแแฐแฐแจแ แจแฐแแฃแก แฃแแตแญแป แ แซแแต แจแฐแณแฐแ แฒแแ แ แฐแแ แแฃแญ แตแแตแฎแฝ แแชแซ แจแฐแฐแจแ แฅแแณแ แฝแแแฝ แแญแ แ แแญแญแต แฐแซแแถแฃแธแแแกแก
๐แแแแซแแ แ แ แแจ แตแแแญแแแต แซแฐแจแแ แแแฌแณแต แ แขแตแฎแตแซ แแตแฅ แแแแต 20 แแแณแต แ แตแตแตแต แญแแแฝ แแแตแ แ แฆแฎแแซ แฃ แ แ แแซ แฃ แ แแแจแแ แฐแกแฅ แฃ แ แฐแกแฅ แขแตแฎแตแซ แฃ แ แฒแณแ แฅแ แ แถแแแซ แญแแแฝ 126 แฐแแ แแฃแญ แตแแตแฎแฝแ แแแแแฃแต แฝแแแกแก
๐ซตแแแฃแญ แถแตแต แแแณแต แ แแแจแ แ แแ แแฎแแซแ แตแแ แซ แ แฐแแซแฉ แจแ แแซแฝแ แญแแแฝ แ แแต แแถ แแแณ ( 150 ) แฐแแ แแฃแญ แตแแตแฎแฝ แฐแแแฅแฐแ แแ แแต แแแฎแ แถแตแต แแถ แแแณ แบ ( 1 350 000 ) แแแฝ แ แแแแแต แญแฐแฃแ แฐแฅแ แญแแแณแ แกแก
โบแญแ แแแแตแณแ แซแแแ แตแญแแต แฐแแ แแฃแญ แตแแตแฎแฝแ แแแแแฃแต แจแแซแตแฝแแแ แจแแแฃแขแซ แฐแแต แ แแ แแแต แจแขแตแฎแตแซ แแแแถแฝ แ แตแฐแณแฐแญ แแญ แแแซแจแ แญแณแแณแแกแก
Via ERA
@etconp
๐7
Which one of the following is not vertical circulation system of the building
Anonymous Quiz
9%
Elevator ๐
11%
Escalator
26%
Ramp
54%
Wall
๐13๐4โค3
The coefficient of permeability of fine sand is 0.012 cm/sec at a voids ratio of 0.57. Estimate the increased permeability using the Kozeny-Carman formula of this same sand when its voids ratio has increased to 0.72.
@etconp
Try it we will post the solution later
แแญแฏแต แฅแ solution แฅแแแแแ
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Try it we will post the solution later
แแญแฏแต แฅแ solution แฅแแแแแ
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โค4๐2
Ethio Construction Engineering
The coefficient of permeability of fine sand is 0.012 cm/sec at a voids ratio of 0.57. Estimate the increased permeability using the Kozeny-Carman formula of this same sand when its voids ratio has increased to 0.72. @etconp Try it we will post the solutionโฆ
Solution:
Of course diameter of solid particle is not given as our member said in comment section
Letโs use Kozeny-Carman formula,
k = eยณ /(1+e)
โถ๏ธ k1/ k2 = 0.012/k2 in this case
k1 = 0.012 and k2 is unknown
Letโs use the formula
K1 = e1ยณ /(1+e1) แฅแบ
K2 = e2ยณ / (1+e2)
k1 = (0.57)ยณ / (1+ 0.57) = 0.3249
K2 = (0.72)ยณ / (1+0.72) = 0.21004651
= 0.3249/0.21004651 = 0.544
So k2 = 0.012/0.544= 0.02cm/s
Notice that since k, = 0.012 cm/s the permeability has almost doubled. A 26% increase
of the voids ratio has effected a doubling the permeability.
@etconp
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Of course diameter of solid particle is not given as our member said in comment section
Letโs use Kozeny-Carman formula,
k = eยณ /(1+e)
โถ๏ธ k1/ k2 = 0.012/k2 in this case
k1 = 0.012 and k2 is unknown
Letโs use the formula
K1 = e1ยณ /(1+e1) แฅแบ
K2 = e2ยณ / (1+e2)
k1 = (0.57)ยณ / (1+ 0.57) = 0.3249
K2 = (0.72)ยณ / (1+0.72) = 0.21004651
= 0.3249/0.21004651 = 0.544
So k2 = 0.012/0.544= 0.02cm/s
Notice that since k, = 0.012 cm/s the permeability has almost doubled. A 26% increase
of the voids ratio has effected a doubling the permeability.
@etconp
Facebook:- https://www.facebook.com/etconp/
Instagram:- https://instagram.com/etconp?igshid=NzZhOTFlYzFmZQ==
YouTube:- https://youtube.com/@Etconp432
Sponsor
ELEGAS ENGINEERING PLC
๐ +251 971 71 71 71
๐ +251 994 69 69 69
Website:- www.elegas.com.tr
Email:- ethiopia@elegas.com.tr
๐7โค2
๐แตแ แแฐแแ แ
(cracking )
แฅแ แจแฎแแตแตแซแญแฝแ แฃแแแซแแฝ แแฐแแ แ แ Mix design แตแญแญแ แ แแแแ แฅแป แจแแแฃ แญแแตแแธแแ แแแญ แแ แแแฐแแ แ (cracking ) แแญแแซแต แจแแแ แแแตแคแแฝแ แจแแ แ แณแฝ แฅแแฒแ แณแตแฐแแแฆ
[1] - แ แแตแฐแ แฅแซแต แซแแธแแ แแถแฝ แจแแแ แแ แจแแ
แ แแตแฐแ แฅแซแต แซแแธแแ แแถแฝ แจแแแ แแ แจแแ แแฐแแ แ (cracking ) แญแแ แซแ แตแแแ แจแแแ แแแธแแ แแฎแแญแชแต แแฅแแต แจแแแ แแถแฝแ (แฒแแแถแฃ แ แธแแฃ แฎแจแฎแแฝ) แฅแซแต แแแฐแฝ แ แแฅแ แฎแแญแชแฑ แจแฅแจแต แแแ แญ (reinforcement ) แซแแ แจแแ แจแฅแจแฑแ แฅแซแต แแแแแ แ แแฅแแข
[2] - แแฎแแฐแญ (Shrinkage )
แฎแแญแชแฑแ แ แแแฐแฃแแ แ แต แฅแ แแ แ แแแ แฃแ แต แแ (Curing ) แฐแแขแแ แฅแแแ แซแแแฐแตแ แแฎแแฐแญ (shrinkage) แแฐแแ แ แ(cracking) แซแตแจแตแแ แข
แแฎแแฐแญ (shrinkage) แแตแแ แจแฎแแญแชแต แฅแแซแฌ แ แฃแ แ แตแแแ แแ แ แตแแแแแ แจแแ-แฒแแแถ แแแแแ (water cement ratio) แซแแฐแ แแแ แ แแฎแแฐแญ แ แแซแแแต แแฐแแ แ แแแ แญ แญแฝแแ แข
[3] - แฅแซแต แซแแ Aggregate แจแแแ แแ แจแแ
Aggregate แจแฎแแญแชแตแ แ แ แแแญ แฅแแซแฌ แญแแตแแแแ แฅแซแฑ แฅแฉ แซแแแ Aggregate แจแแแ แแ แจแแ แจแฒแแแถ แแญ แฐแแแแแ แฅแแจแต (bond) แตแแแญแแฅแญ แแแฃแณแฝแ แแฐแแ แ แญแฝแแแข
[4] - แแแ แซแฝแ แจแ แ แ แ แแญ แจแแ แญแฅแฐแต แฒแซแตแฐแแแต
แแแฃแณแ / แแแ แฉ แฐแแขแแ แฅแแซแฌ แณแซแแ แ แแต แแตแแ แญแฅแฐแต แจแแแแฅ แจแแ แแฐแแ แ แญแจแฐแณแแข แ แฐแจแแชแ แแแฐแปแแฝแ แฅแ แ แตแฑแ (formwork ) แซแแแแ แจแแแณ แจแแแ แแแฃแณแฝแแ แแตแแฃแ แซแแแ แแแข
[5] - แ แตแญแญแ แแ แฅแแฒแ แฃ แจแแญแฐแจแ แจแแ (improper curing )
แญแ แ แ แแซแฝแ แจแแตแฐแแ แแแฐแแ แ แจแแณแญแ แแญแแซแถแฝ แแณแแ แแ - แแ แ แตแญแญแ แ แแแ แฃแตแข
แฎแแญแชแต แฅแแฐแฐแแแฃ แ แฐแแขแ แแ แฅแ แแ แ แแ แแ แฃแต แ แแ แตแข
[6] - แจแแฅแจแต แตแญแญแต (stress distribution ) แ แแแแฃแ แ
แ แฃแ แตแแ แจแแ แจแฅแจแต แแแ แญแ Mix ratio แตแแฝ แ แแ แฎแแญแชแต แจแแแต แตแซ แตแแฐแซ แ แฅแจแฑ แฅแ แ แฎแแญแชแฑ แแซแจแ แซแ แจแแฅแจแต แตแญแญแต (stress distribution ) non linear แญแแแ แญแ แฐแแ แแฐแแ แ แ แซแตแจแตแแแข
[7] - แ แณแญแต แแญ แจแแแต (casting ) แตแซ แฒแฐแซ แฐแแข แฅแแแ แซแแฐแฐแจแ แฅแ แแตแซแ แฐแแข แจแแ แฃแแแซ (แจแแ แฐแซแฐแแ แจแแฎ) แซแแฐแแฐแ แแฐแแ แ (cracking) แ แแฐแซแ แฎแแญแชแต แแญ แแแ แฉ แ แญแแญแแข
แฅแฃแญแ แแฅแญแตแ แซแแแ แแแณแ แ แฅแ
แแแฐแแ แ แ แแแต แซแแฉ
@etconp
แฅแ แจแฎแแตแตแซแญแฝแ แฃแแแซแแฝ แแฐแแ แ แ Mix design แตแญแญแ แ แแแแ แฅแป แจแแแฃ แญแแตแแธแแ แแแญ แแ แแแฐแแ แ (cracking ) แแญแแซแต แจแแแ แแแตแคแแฝแ แจแแ แ แณแฝ แฅแแฒแ แณแตแฐแแแฆ
[1] - แ แแตแฐแ แฅแซแต แซแแธแแ แแถแฝ แจแแแ แแ แจแแ
แ แแตแฐแ แฅแซแต แซแแธแแ แแถแฝ แจแแแ แแ แจแแ แแฐแแ แ (cracking ) แญแแ แซแ แตแแแ แจแแแ แแแธแแ แแฎแแญแชแต แแฅแแต แจแแแ แแถแฝแ (แฒแแแถแฃ แ แธแแฃ แฎแจแฎแแฝ) แฅแซแต แแแฐแฝ แ แแฅแ แฎแแญแชแฑ แจแฅแจแต แแแ แญ (reinforcement ) แซแแ แจแแ แจแฅแจแฑแ แฅแซแต แแแแแ แ แแฅแแข
[2] - แแฎแแฐแญ (Shrinkage )
แฎแแญแชแฑแ แ แแแฐแฃแแ แ แต แฅแ แแ แ แแแ แฃแ แต แแ (Curing ) แฐแแขแแ แฅแแแ แซแแแฐแตแ แแฎแแฐแญ (shrinkage) แแฐแแ แ แ(cracking) แซแตแจแตแแ แข
แแฎแแฐแญ (shrinkage) แแตแแ แจแฎแแญแชแต แฅแแซแฌ แ แฃแ แ แตแแแ แแ แ แตแแแแแ แจแแ-แฒแแแถ แแแแแ (water cement ratio) แซแแฐแ แแแ แ แแฎแแฐแญ แ แแซแแแต แแฐแแ แ แแแ แญ แญแฝแแ แข
[3] - แฅแซแต แซแแ Aggregate แจแแแ แแ แจแแ
Aggregate แจแฎแแญแชแตแ แ แ แแแญ แฅแแซแฌ แญแแตแแแแ แฅแซแฑ แฅแฉ แซแแแ Aggregate แจแแแ แแ แจแแ แจแฒแแแถ แแญ แฐแแแแแ แฅแแจแต (bond) แตแแแญแแฅแญ แแแฃแณแฝแ แแฐแแ แ แญแฝแแแข
[4] - แแแ แซแฝแ แจแ แ แ แ แแญ แจแแ แญแฅแฐแต แฒแซแตแฐแแแต
แแแฃแณแ / แแแ แฉ แฐแแขแแ แฅแแซแฌ แณแซแแ แ แแต แแตแแ แญแฅแฐแต แจแแแแฅ แจแแ แแฐแแ แ แญแจแฐแณแแข แ แฐแจแแชแ แแแฐแปแแฝแ แฅแ แ แตแฑแ (formwork ) แซแแแแ แจแแแณ แจแแแ แแแฃแณแฝแแ แแตแแฃแ แซแแแ แแแข
[5] - แ แตแญแญแ แแ แฅแแฒแ แฃ แจแแญแฐแจแ แจแแ (improper curing )
แญแ แ แ แแซแฝแ แจแแตแฐแแ แแแฐแแ แ แจแแณแญแ แแญแแซแถแฝ แแณแแ แแ - แแ แ แตแญแญแ แ แแแ แฃแตแข
แฎแแญแชแต แฅแแฐแฐแแแฃ แ แฐแแขแ แแ แฅแ แแ แ แแ แแ แฃแต แ แแ แตแข
[6] - แจแแฅแจแต แตแญแญแต (stress distribution ) แ แแแแฃแ แ
แ แฃแ แตแแ แจแแ แจแฅแจแต แแแ แญแ Mix ratio แตแแฝ แ แแ แฎแแญแชแต แจแแแต แตแซ แตแแฐแซ แ แฅแจแฑ แฅแ แ แฎแแญแชแฑ แแซแจแ แซแ แจแแฅแจแต แตแญแญแต (stress distribution ) non linear แญแแแ แญแ แฐแแ แแฐแแ แ แ แซแตแจแตแแแข
[7] - แ แณแญแต แแญ แจแแแต (casting ) แตแซ แฒแฐแซ แฐแแข แฅแแแ แซแแฐแฐแจแ แฅแ แแตแซแ แฐแแข แจแแ แฃแแแซ (แจแแ แฐแซแฐแแ แจแแฎ) แซแแฐแแฐแ แแฐแแ แ (cracking) แ แแฐแซแ แฎแแญแชแต แแญ แแแ แฉ แ แญแแญแแข
แฅแฃแญแ แแฅแญแตแ แซแแแ แแแณแ แ แฅแ
แแแฐแแ แ แ แแแต แซแแฉ
@etconp
๐17๐ฅฐ5๐3โค1
Ethio Construction Engineering
Solution: Of course diameter of solid particle is not given as our member said in comment section Letโs use Kozeny-Carman formula, k = eยณ /(1+e) โถ๏ธ k1/ k2 = 0.012/k2 in this case k1 = 0.012 and k2 is unknown Letโs use the formula K1 = e1ยณ /(1+e1)โฆ
The end support of bridge is called _______.
Anonymous Quiz
20%
Pier
12%
Pillar
63%
Abutment
5%
Approach road
๐15โค1
What type of beam is bracing the pads ?
Comment down below
@etconp
SPONSOR
ELEGAS ENGINEERING PLC
๐ +251 971 71 71 71
๐ +251 994 69 69 69
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Email:- ethiopia@elegas.com.tr
Comment down below
@etconp
SPONSOR
ELEGAS ENGINEERING PLC
๐ +251 971 71 71 71
๐ +251 994 69 69 69
Website:- www.elegas.com.tr
Email:- ethiopia@elegas.com.tr
๐3โค2