Lidership 11
•Download as PPTX, PDF•
0 likes•217 views
This document discusses a concrete product that hardens quickly and may include materials from competitors, which is important for improving people's quality of life. The product is being tested experimentally in a laboratory, and its sales are increasing visually in different forms.
Report
Share
Report
Share
Recommended
Troubleshooting Pervious Concrete
The document discusses pervious concrete mixtures and common issues that arise. It provides information on:
- The National Pervious Concrete Pavement Association's mission to promote pervious concrete.
- Key considerations for pervious concrete mixtures including void content, strength, workability.
- Common mixture issues like water content, admixture dosing, and proportions.
- Potential causes and remedies for common problems with pervious concrete related to workability, raveling, and more.
Cement
This document provides information on concrete admixtures. It discusses the history of admixture use dating back to ancient Rome, China, Mesoamerica and Peru. Common types of chemical admixtures are then outlined, including air-entraining, water-reducing, retarding, accelerating, super plasticizers, and corrosion-inhibiting admixtures. Specific admixture products are also highlighted and their benefits described. The document concludes with definitions and purposes of chemical admixtures like super plasticizers and retarding admixtures.
CON 122 Session 1 - Introduction
Admixtures are materials added to concrete mixtures to modify properties such as workability, strength, and durability, with common types including water reducers, set controllers, air entrainers, and corrosion inhibitors. Proper batching and mixing of admixtures is important to ensure uniformity and that their intended effects are achieved without unintended side effects. Trial batches should be conducted with local materials and job conditions when using new admixtures or mixture designs.
Concrete superplasticizers
Superplasticizers were developed in the 1960s and first used in Japan and Germany to neutralize surface charges in cement particles, disperse them, and release water, thereby reducing viscosity and allowing concrete to flow more easily. There are several types of superplasticizers including linear polymers containing sulfonic acid groups, sulfonated melamine-formaldehyde condensates, and polycarboxylate derivatives. The main purpose of superplasticizers is to produce highly flowable concrete that can easily be placed and forms a strong material, reaching strengths over 14,000 psi within 7 days. Important factors influencing superplasticizers include the specific type used, dosage, addition timing, and cement quantity. Benefits include reduced equipment wear, improved
CONCRETE ADMIXTURES
Admixtures are ingredients added to concrete other than cement, water and aggregates to achieve desired properties. Common admixtures include air-entraining, plasticizers, retarding, accelerating, corrosion inhibiting, waterproofing and grouting admixtures. Air-entraining admixtures introduce tiny air bubbles that allow space for ice expansion and prevent cracking. Plasticizers improve workability while using less water. Retarders slow hydration for placing large pours over time. Accelerators speed strength gain. Corrosion inhibitors protect reinforcement. Waterproofers make concrete less permeable. Mineral admixtures like fly ash and slag improve properties and provide environmental benefits.
Grinding Aids for Cement
Recent growth of construction
industry has increased the demand of cement.
Increase of the cement utilization demands for
higher production efficiency and ultimately low
production cost. The efficiency of the cement
production depends greatly upon the efficiency of
a grinding mill which consumes 60-70% of the
total electricity consumption of the cement
plant[12]. A grinding mill (Ball Mill) is used to
grind the cement clinker into fine cement powder.
Grinding Aids are used to improve the grinding
efficiency and reduce power consumption. This
paper discusses the grinding aids mechanism and
improvement in grinding efficiency due to various
grinding aids viz .polyols, amines . This paper also
focus on the effects of grinding aids on the
mechanical properties of cement such as setting
time, specific surface, compressive strength at various stages.
Plasticizer
Introduction
Why do we need plasticizers?
Mechanism of action of plasticizers
Properties of plasticizers
Classification of plasticizers
Selection of plasticizers
Effect of plasticizer on permeability of film.
Effect of plasticizer on mechanical properties of film.
Effect on residual internal stress.
Effect of plasticizers on release rates of drug.
Texture of plasticized films.
Limitations.
Conclusion.
Recommended
Troubleshooting Pervious Concrete
The document discusses pervious concrete mixtures and common issues that arise. It provides information on:
- The National Pervious Concrete Pavement Association's mission to promote pervious concrete.
- Key considerations for pervious concrete mixtures including void content, strength, workability.
- Common mixture issues like water content, admixture dosing, and proportions.
- Potential causes and remedies for common problems with pervious concrete related to workability, raveling, and more.
Cement
This document provides information on concrete admixtures. It discusses the history of admixture use dating back to ancient Rome, China, Mesoamerica and Peru. Common types of chemical admixtures are then outlined, including air-entraining, water-reducing, retarding, accelerating, super plasticizers, and corrosion-inhibiting admixtures. Specific admixture products are also highlighted and their benefits described. The document concludes with definitions and purposes of chemical admixtures like super plasticizers and retarding admixtures.
CON 122 Session 1 - Introduction
Admixtures are materials added to concrete mixtures to modify properties such as workability, strength, and durability, with common types including water reducers, set controllers, air entrainers, and corrosion inhibitors. Proper batching and mixing of admixtures is important to ensure uniformity and that their intended effects are achieved without unintended side effects. Trial batches should be conducted with local materials and job conditions when using new admixtures or mixture designs.
Concrete superplasticizers
Superplasticizers were developed in the 1960s and first used in Japan and Germany to neutralize surface charges in cement particles, disperse them, and release water, thereby reducing viscosity and allowing concrete to flow more easily. There are several types of superplasticizers including linear polymers containing sulfonic acid groups, sulfonated melamine-formaldehyde condensates, and polycarboxylate derivatives. The main purpose of superplasticizers is to produce highly flowable concrete that can easily be placed and forms a strong material, reaching strengths over 14,000 psi within 7 days. Important factors influencing superplasticizers include the specific type used, dosage, addition timing, and cement quantity. Benefits include reduced equipment wear, improved
CONCRETE ADMIXTURES
Admixtures are ingredients added to concrete other than cement, water and aggregates to achieve desired properties. Common admixtures include air-entraining, plasticizers, retarding, accelerating, corrosion inhibiting, waterproofing and grouting admixtures. Air-entraining admixtures introduce tiny air bubbles that allow space for ice expansion and prevent cracking. Plasticizers improve workability while using less water. Retarders slow hydration for placing large pours over time. Accelerators speed strength gain. Corrosion inhibitors protect reinforcement. Waterproofers make concrete less permeable. Mineral admixtures like fly ash and slag improve properties and provide environmental benefits.
Grinding Aids for Cement
Recent growth of construction
industry has increased the demand of cement.
Increase of the cement utilization demands for
higher production efficiency and ultimately low
production cost. The efficiency of the cement
production depends greatly upon the efficiency of
a grinding mill which consumes 60-70% of the
total electricity consumption of the cement
plant[12]. A grinding mill (Ball Mill) is used to
grind the cement clinker into fine cement powder.
Grinding Aids are used to improve the grinding
efficiency and reduce power consumption. This
paper discusses the grinding aids mechanism and
improvement in grinding efficiency due to various
grinding aids viz .polyols, amines . This paper also
focus on the effects of grinding aids on the
mechanical properties of cement such as setting
time, specific surface, compressive strength at various stages.
Plasticizer
Introduction
Why do we need plasticizers?
Mechanism of action of plasticizers
Properties of plasticizers
Classification of plasticizers
Selection of plasticizers
Effect of plasticizer on permeability of film.
Effect of plasticizer on mechanical properties of film.
Effect on residual internal stress.
Effect of plasticizers on release rates of drug.
Texture of plasticized films.
Limitations.
Conclusion.
Concrete admixtures
This document discusses different types of concrete admixtures, including their functions and benefits. It describes 11 categories of admixtures: 1) air-entraining, 2) water-reducing, 3) plasticizers, 4) accelerating, 5) retarding, 6) hydration-control, 7) corrosion inhibitors, 8) shrinkage reducers, 9) alkali-silica reactivity inhibitors, 10) coloring, and 11) miscellaneous. For each category, it provides a brief explanation of what the admixture does and why it is used to improve properties of concrete. The document emphasizes that admixtures are added to reduce costs, achieve specific properties, and maintain quality during mixing, transport,
ADMIXTURE
1. The document presents information on various types of admixtures used in concrete, including retarders, workability agents, waterproofing admixtures, and miscellaneous admixtures.
2. Retarders are used to slow the hydration process of concrete. Common retarders include calcium sulfate, starch, sugar, and acids. Workability agents improve the workability of concrete. Examples include finely divided materials and superplasticizers.
3. Waterproofing admixtures prevent the penetration of moisture into dry concrete. Some examples mentioned are Accoproof, Trip-l-Seal, and Cement. Miscellaneous admixtures provide unique properties and include admixtures for pumping concrete,
CHEMICAL ADMIXTURES FOR CONCRETE
The document discusses various types of chemical admixtures used for concrete, including plasticizers, superplasticizers, retarders, accelerators, and air-entraining admixtures. It explains that admixtures can modify the properties of fresh and hardened concrete by altering workability, strength development, permeability, and durability. Superplasticizers in particular are highlighted as they can significantly reduce water content and increase workability and strength. The document concludes that superplasticizers and air-entraining admixtures are most commonly used, and that superplasticizers allow for reduced cement and increased construction of large structures.
Fly ash in concrete !0 ce113
Fly ash is a byproduct of coal combustion in power plants. It can be used as a partial replacement for cement in concrete. Using fly ash provides benefits such as increased long-term strength, improved workability through its spherical particles, reduced permeability, and increased durability. Fly ash works as a pozzolanic material, where it reacts with calcium hydroxide released during cement hydration to produce additional cementitious compounds. Up to 30% of cement can typically be replaced by fly ash in concrete, providing technical and environmental benefits.
Ready mix concrete
This document discusses ready mix concrete. It defines ready mix concrete as concrete whose components are proportioned off-site and delivered by truck in a ready-to-use condition. It provides a brief history of ready mix concrete, noting it was first used in the US in 1913 and established in Bangladesh in the 1990s. It also lists some of the major ready mix concrete companies operating in Bangladesh and discusses the manufacturing process and transportation considerations for ready mix concrete.
Admixture of concrete
Admixtures are materials added to concrete mixes to modify properties. There are two main types - chemical and mineral. Chemical admixtures include plasticizers, superplasticizers, retarders, accelerators, and air-entraining agents. Mineral admixtures include fly ash, slag, and silica fume. Admixtures are used to increase workability, strength, and durability while decreasing water demand and permeability. Common admixtures like plasticizers and superplasticizers work by dispersing cement particles and lubricating the mix to increase flowability.
Chemical Admixtures & Mineral Additives
Use of chemical admixtures and mineral additives in various kinds of high performance and high strength concrete is essential. I have explained how it works.
Ready mix concrete project ppt
This presentation discusses the mix design procedure for ready mix concrete. It begins with an introduction to ready mix concrete, including its history. It then discusses the materials used - aggregates, cement, admixtures and fly ash. The equipment, mixing processes, specifications from customers, and quality checks are also outlined. Finally, the benefits of ready mix concrete are noted as consistent quality, strength, and reduced human error due to mechanization.
High density concrete, high strength concrete and high performance concrete.
The document discusses high density concrete, its components, types of aggregates used, admixtures, applications, advantages and disadvantages. High density concrete has a density over 2600 kg/m3 and offers greater strength than regular concrete. Its main components are cement, water, aggregates and admixtures. Natural aggregates come from iron ores while man-made aggregates include iron shots, chilcon and synthetic aggregates. Admixtures like water reducers are used to increase workability and reduce cement and water requirements. High density concrete has applications in radiation shielding, precast blocks, bridges and more due to its high strength and durability.
Process of manufacture of concrete
VARIOUS STAGES OF MANUFACTURING OF CONCRETE:
BATCHING
MIXING
TRANSPORTING
PLACING
COMPACTING
CURING
FINISHING
Assi̇gment 16
This document contains a student's monthly budget plan for their business called İŞBARAN İNŞAAT from January to December 2014. It lists the student's name, number, department and the business name. It then shows planned monthly income including funding, other funding, own funds and income from sales totaling 7,700 TRY each month. Monthly expenses include loan repayments and personal drawings totaling 2,500 TRY each month, resulting in a positive monthly balance of 5,200 TRY and an ending balance of 5,200 TRY for each month.
Assi̇gment 15
This document contains budget information for Ramazan İŞBARAN including monthly expenses totaling 26,885 euros and monthly income totaling 14,100 euros, resulting in a 2,500 euro shortfall that needs to be taken from the business each month to cover living expenses. It lists monthly costs for items like rent, utilities, food, insurance, and loans, as well as income sources such as a partner, part-time job, and government benefits.
Assi̇gment 14
This document contains a financial forecast for a construction company called İşbaran İnşaat. It forecasts monthly sales and costs for two products/services from January to December 2014, totaling €144,000 in sales for Product A and €15,000 in costs. It assumes costs of €2,000 per month and lists no other assumptions.
Asgmnt 13
This document outlines the costs and pricing strategy for a construction company. It lists the product/service name, number of units, individual components and their costs, total cost, cost per unit, desired profit margin in Euros, price per unit, profit margin percentage, and markup percentage. The company aims to have a 45% profit margin and 55% markup on a construction product with a total cost of 4 Euros per unit and 4 Euros price per unit.
Asgmnt 13
This document outlines the costs and pricing strategy for a construction company. It lists the product/service name, number of units, individual components and their costs, total cost, cost per unit, desired profit margin in Euros, price per unit, profit margin percentage, and markup percentage. The company aims to have a 45% profit margin and 55% markup on a construction product with a total cost of 4 Euros per unit and 4 Euros price per unit.
Li̇dershi̇p assi̇gment 12
The document summarizes operations and logistics for a cement and construction materials firm. It discusses production and delivery from the head office in Istanbul, Turkey. It requires 25% payment in advance upon order receipt. Supplier information is provided for CEMENT ADDITIVES from Adiyaman Isbaran. The firm has established production facilities in Cyprus, England, and Germany. It owns the required CEMENT ADDITIVES equipment and transports orders from production. Legal requirements include 3 year quality standards. The mission is to provide quality life through conscious personnel management.
Lidership 10
The document discusses the strengths, weaknesses, opportunities, and threats of a business. For strengths, it focuses on improving products and quality of life through hard work. Weaknesses include previous financial difficulties and lack of advertising. Opportunities exist to produce new products following changes in laws and catch new features. Threats are currently low but new laws could enable rivals.
Lidership9 assigment
Our construction company is located in Adıyaman, Turkey and was founded later but has grown to a good level. The company aims to offer high quality construction and products through selecting quality materials and advertising. Their main strengths are producing high quality work and having an experienced owner with a prestigious reputation. Competitors in the area include other wholesale construction material stores.
Lider ship 7
İşbaran Construction produces cement, cement additives, and gypsum products for building, strengthening structures, aesthetic purposes, and protecting from hot and cold temperatures. Their products are of high quality according to testing and meet Turkish standards. They market and consult on their products in 15 countries worldwide without compromising on quality. İşbaran Construction is led by Chairman Ramazan İşbaran and is located in Bağcılar, Istanbul.
Ramazan işbaran assignment6
Customers will be notified about the company through its website and SMS messages to provide information on what the business does and how to find it. Popular marketing methods include TV, internet, radio, newspapers, and brochures. The company plans to create its own website to permanently promote its products and services, which along with other advertising such as TV, internet, radio, and newspapers will cost around $109,000 total.
Asigment4,
The document describes an ornate water feature product called "sticky" that is sold domestically and abroad through 500 dealers worldwide. The primary goal is to produce the product with high quality and durability and have its beauty be discovered anywhere in the world. The product contains colorful and decorative stamps in a liquid adhesive state that are used instead of staining walls. It is applied to walls using a roller or brush and its magnificence is fully preserved after drying for about an hour. The goal is to introduce the product worldwide and manufacture it in at least 10 countries.
Ramazan işbaran 3. ödev
The document discusses the author's goals and qualifications for starting their own business. It summarizes their previous work experience as a construction supervisor for a Turkish construction company in Iraq from 2011-2013 where they oversaw the construction of 74 villa units. It also lists the author's education, including a degree in Civil Engineering from Balikesir University and European University of Lefke from 2008-2013. Finally, it provides brief details on the author's social activities including reading, tennis, cinema, games, and football.
More Related Content
Viewers also liked
Concrete admixtures
This document discusses different types of concrete admixtures, including their functions and benefits. It describes 11 categories of admixtures: 1) air-entraining, 2) water-reducing, 3) plasticizers, 4) accelerating, 5) retarding, 6) hydration-control, 7) corrosion inhibitors, 8) shrinkage reducers, 9) alkali-silica reactivity inhibitors, 10) coloring, and 11) miscellaneous. For each category, it provides a brief explanation of what the admixture does and why it is used to improve properties of concrete. The document emphasizes that admixtures are added to reduce costs, achieve specific properties, and maintain quality during mixing, transport,
ADMIXTURE
1. The document presents information on various types of admixtures used in concrete, including retarders, workability agents, waterproofing admixtures, and miscellaneous admixtures.
2. Retarders are used to slow the hydration process of concrete. Common retarders include calcium sulfate, starch, sugar, and acids. Workability agents improve the workability of concrete. Examples include finely divided materials and superplasticizers.
3. Waterproofing admixtures prevent the penetration of moisture into dry concrete. Some examples mentioned are Accoproof, Trip-l-Seal, and Cement. Miscellaneous admixtures provide unique properties and include admixtures for pumping concrete,
CHEMICAL ADMIXTURES FOR CONCRETE
The document discusses various types of chemical admixtures used for concrete, including plasticizers, superplasticizers, retarders, accelerators, and air-entraining admixtures. It explains that admixtures can modify the properties of fresh and hardened concrete by altering workability, strength development, permeability, and durability. Superplasticizers in particular are highlighted as they can significantly reduce water content and increase workability and strength. The document concludes that superplasticizers and air-entraining admixtures are most commonly used, and that superplasticizers allow for reduced cement and increased construction of large structures.
Fly ash in concrete !0 ce113
Fly ash is a byproduct of coal combustion in power plants. It can be used as a partial replacement for cement in concrete. Using fly ash provides benefits such as increased long-term strength, improved workability through its spherical particles, reduced permeability, and increased durability. Fly ash works as a pozzolanic material, where it reacts with calcium hydroxide released during cement hydration to produce additional cementitious compounds. Up to 30% of cement can typically be replaced by fly ash in concrete, providing technical and environmental benefits.
Ready mix concrete
This document discusses ready mix concrete. It defines ready mix concrete as concrete whose components are proportioned off-site and delivered by truck in a ready-to-use condition. It provides a brief history of ready mix concrete, noting it was first used in the US in 1913 and established in Bangladesh in the 1990s. It also lists some of the major ready mix concrete companies operating in Bangladesh and discusses the manufacturing process and transportation considerations for ready mix concrete.
Admixture of concrete
Admixtures are materials added to concrete mixes to modify properties. There are two main types - chemical and mineral. Chemical admixtures include plasticizers, superplasticizers, retarders, accelerators, and air-entraining agents. Mineral admixtures include fly ash, slag, and silica fume. Admixtures are used to increase workability, strength, and durability while decreasing water demand and permeability. Common admixtures like plasticizers and superplasticizers work by dispersing cement particles and lubricating the mix to increase flowability.
Chemical Admixtures & Mineral Additives
Use of chemical admixtures and mineral additives in various kinds of high performance and high strength concrete is essential. I have explained how it works.
Ready mix concrete project ppt
This presentation discusses the mix design procedure for ready mix concrete. It begins with an introduction to ready mix concrete, including its history. It then discusses the materials used - aggregates, cement, admixtures and fly ash. The equipment, mixing processes, specifications from customers, and quality checks are also outlined. Finally, the benefits of ready mix concrete are noted as consistent quality, strength, and reduced human error due to mechanization.
High density concrete, high strength concrete and high performance concrete.
The document discusses high density concrete, its components, types of aggregates used, admixtures, applications, advantages and disadvantages. High density concrete has a density over 2600 kg/m3 and offers greater strength than regular concrete. Its main components are cement, water, aggregates and admixtures. Natural aggregates come from iron ores while man-made aggregates include iron shots, chilcon and synthetic aggregates. Admixtures like water reducers are used to increase workability and reduce cement and water requirements. High density concrete has applications in radiation shielding, precast blocks, bridges and more due to its high strength and durability.
Process of manufacture of concrete
VARIOUS STAGES OF MANUFACTURING OF CONCRETE:
BATCHING
MIXING
TRANSPORTING
PLACING
COMPACTING
CURING
FINISHING
Viewers also liked (10)
High density concrete, high strength concrete and high performance concrete.
High density concrete, high strength concrete and high performance concrete.
More from Ramazan Işbaran
Assi̇gment 16
This document contains a student's monthly budget plan for their business called İŞBARAN İNŞAAT from January to December 2014. It lists the student's name, number, department and the business name. It then shows planned monthly income including funding, other funding, own funds and income from sales totaling 7,700 TRY each month. Monthly expenses include loan repayments and personal drawings totaling 2,500 TRY each month, resulting in a positive monthly balance of 5,200 TRY and an ending balance of 5,200 TRY for each month.
Assi̇gment 15
This document contains budget information for Ramazan İŞBARAN including monthly expenses totaling 26,885 euros and monthly income totaling 14,100 euros, resulting in a 2,500 euro shortfall that needs to be taken from the business each month to cover living expenses. It lists monthly costs for items like rent, utilities, food, insurance, and loans, as well as income sources such as a partner, part-time job, and government benefits.
Assi̇gment 14
This document contains a financial forecast for a construction company called İşbaran İnşaat. It forecasts monthly sales and costs for two products/services from January to December 2014, totaling €144,000 in sales for Product A and €15,000 in costs. It assumes costs of €2,000 per month and lists no other assumptions.
Asgmnt 13
This document outlines the costs and pricing strategy for a construction company. It lists the product/service name, number of units, individual components and their costs, total cost, cost per unit, desired profit margin in Euros, price per unit, profit margin percentage, and markup percentage. The company aims to have a 45% profit margin and 55% markup on a construction product with a total cost of 4 Euros per unit and 4 Euros price per unit.
Asgmnt 13
This document outlines the costs and pricing strategy for a construction company. It lists the product/service name, number of units, individual components and their costs, total cost, cost per unit, desired profit margin in Euros, price per unit, profit margin percentage, and markup percentage. The company aims to have a 45% profit margin and 55% markup on a construction product with a total cost of 4 Euros per unit and 4 Euros price per unit.
Li̇dershi̇p assi̇gment 12
The document summarizes operations and logistics for a cement and construction materials firm. It discusses production and delivery from the head office in Istanbul, Turkey. It requires 25% payment in advance upon order receipt. Supplier information is provided for CEMENT ADDITIVES from Adiyaman Isbaran. The firm has established production facilities in Cyprus, England, and Germany. It owns the required CEMENT ADDITIVES equipment and transports orders from production. Legal requirements include 3 year quality standards. The mission is to provide quality life through conscious personnel management.
Lidership 10
The document discusses the strengths, weaknesses, opportunities, and threats of a business. For strengths, it focuses on improving products and quality of life through hard work. Weaknesses include previous financial difficulties and lack of advertising. Opportunities exist to produce new products following changes in laws and catch new features. Threats are currently low but new laws could enable rivals.
Lidership9 assigment
Our construction company is located in Adıyaman, Turkey and was founded later but has grown to a good level. The company aims to offer high quality construction and products through selecting quality materials and advertising. Their main strengths are producing high quality work and having an experienced owner with a prestigious reputation. Competitors in the area include other wholesale construction material stores.
Lider ship 7
İşbaran Construction produces cement, cement additives, and gypsum products for building, strengthening structures, aesthetic purposes, and protecting from hot and cold temperatures. Their products are of high quality according to testing and meet Turkish standards. They market and consult on their products in 15 countries worldwide without compromising on quality. İşbaran Construction is led by Chairman Ramazan İşbaran and is located in Bağcılar, Istanbul.
Ramazan işbaran assignment6
Customers will be notified about the company through its website and SMS messages to provide information on what the business does and how to find it. Popular marketing methods include TV, internet, radio, newspapers, and brochures. The company plans to create its own website to permanently promote its products and services, which along with other advertising such as TV, internet, radio, and newspapers will cost around $109,000 total.
Asigment4,
The document describes an ornate water feature product called "sticky" that is sold domestically and abroad through 500 dealers worldwide. The primary goal is to produce the product with high quality and durability and have its beauty be discovered anywhere in the world. The product contains colorful and decorative stamps in a liquid adhesive state that are used instead of staining walls. It is applied to walls using a roller or brush and its magnificence is fully preserved after drying for about an hour. The goal is to introduce the product worldwide and manufacture it in at least 10 countries.
Ramazan işbaran 3. ödev
The document discusses the author's goals and qualifications for starting their own business. It summarizes their previous work experience as a construction supervisor for a Turkish construction company in Iraq from 2011-2013 where they oversaw the construction of 74 villa units. It also lists the author's education, including a degree in Civil Engineering from Balikesir University and European University of Lefke from 2008-2013. Finally, it provides brief details on the author's social activities including reading, tennis, cinema, games, and football.
Ramazan işbaran 3. ödev
The document discusses the author's goals and qualifications for starting their own business. It summarizes their previous work experience as a construction supervisor for a Turkish construction company in Iraq from 2011-2013, where they oversaw the construction of 74 villa units. It also lists the author's education, including a degree in Civil Engineering from Balıkesir University and European University of Lefke from 2008-2013. Finally, it provides brief information about the author's social activities including reading, tennis, cinema, games, and football.
Ramazan i̇şbaran
Ramazan Isbaran is a Turkish civil engineer seeking a value-adding career opportunity utilizing his education and experience. He has a bachelor's degree in civil engineering from the European University of Lefke and technical education from Balıkesir University. His work experience includes site management in Erbil, Iraq from 2011 to the present. He has excellent computer skills in programs like AutoCAD, Word, Excel and PowerPoint. Ramazan is fluent in English, Kurdish and has basic skills in Arabic. In his free time, he enjoys reading, tennis, cinema, games and football.
Ramazan i̇şbaran
Ramazan Isbaran is a Turkish civil engineer seeking a value-adding career opportunity utilizing his education and experience. He has a bachelor's degree in civil engineering from the European University of Lefke and technical education from Balıkesir University. His work experience includes site management in Erbil, Iraq from 2011 to the present. He has excellent computer skills in programs like AutoCAD, Word, Excel and Powerpoint. Ramazan is fluent in English, Kurdish and has basic skills in Arabic. In his free time, he enjoys reading, tennis, cinema, games and football.
Ramzan i̇şbaran
This document discusses construction of an underwater tube tunnel. It describes how an underwater tube passage is created by excavating a slit in the ground under water and placing prefabricated tube sections inside. Some benefits of underwater tube passages are that they provide faster access for people to travel between locations, help development of technology and industry by bringing areas closer together, and can be a more cost effective way to complete large infrastructure projects compared to alternatives. The document also mentions the first underwater tube project was proposed in the Ottoman Empire in 1860.
More from Ramazan Işbaran (16)
Lidership 11
- 1. Our concrete admixture and concrete that harden quickly but may include such materials as a competitor in our world markets more apparent yet This product is obligatory for the quality of people's lives Our sales have been making themselves visually in the form of experiments in the laboratory