CforCivil

Construction materials

TEAM OF PRE ENGINEERED BUILDINGS

abbu riyaz 7 Oct, 2019

TEAM OF PRE ENGINEERED BUILDINGS are discuss in this post. The PEB System is growing rapidly in almost all parts of the world. The use of PEB is highly economical and Eco friendly. By the application of this we can save natural resources.

For this a proper planning requires with good ideas. These ideas proceeds by engineers.

The designs made by PEB manufacturer. They use the best raw materials. And makes a wide range of structural design.

The efficient design of PEB is lighter than normal steel buildings. This reduce the steel consumption. And saves cost.

At erection, many process carry out for protecting materials. And to take care of members. And to make a safe and fast erection to reduce construction time and cost.

TEAM OF PRE ENGINEERED BUILDINGS

A team involves to construct and finish these works.

Project Manager
Project Engineer
Quality Engineer
Site Engineer
Safety Officer
Erection In-charge
Erection Team
Team Leader

1. Project Manager

He is in-charge of total area of construction site. It is his responsibility to take control of all over the site. And to guide the team working under him.

2.Project Engineer

He is a support and behalf of Project Manager. He makes schedule of works as per project managers plan. And to maintain technical documentations like Erection Drawings, Letters, data sheets, etc. And to sought out technical mistakes.

3. Quality Engineer

He is the responsible for quality. The main work is to make site Quality assurance and control. And to check the incoming materials, conducting tests.

Conducting inspections and giving clearance for site engineers to work. And to identify the defects like pinholes, potholes, cracks, damages in PEB and to rectify it.

4. Site Engineer

He is responsible for work process. Site Engineer have to make method statements, Checklists, Daily progress reports. And to get quality control checklists, documents signed from Quality Engineer.

5. Safety Officer

He conduct safety training, makes checklists. He takes care of entire team to work in a safe way.

6. Erection In-charge

He has to to make sure that the work process is in line with plan & schedule. And work with safety.

7. Erection Team

They have to follow strict instructions of higher officers. And work properly.

8. Team Leader

Team Leader leads the team. And they supervise all the labors.

Construction materials

DESIGN OF PRE ENGINEERED BUILDING (PEB) STRUCTURES

abbu riyaz 11 Sep, 2019

DESIGN OF PRE ENGINEERED BUILDING (PEB) STRUCTURES explains in this post. This System is growing rapidly in almost all parts of the world. Design of Pre Engineered building(PEB) Structures are steel buildings in which excess steel avoids.

The use of steel structures is highly economical and Eco friendly. By the application of this we can reduce the usage and wastage of natural resources using in construction fields.

It reduces the Construction cost and time of Mass buildings and Heavy structures. By this application of this we can reduce mass pollution and prevent nature.

Design of Pre Engineered Building (PEB) system is Computer assistant. And design to create a building for specific use like,

• Ware houses
• Factories
• Workshops
• Offices
• Gas stations
• Vehicle parking sheds
• Show rooms
• Aircraft hangers
• Sports Stadiums.

This complete building system is Pre Engineered to make a easy production. And easy assembly on site.

DESIGN OF PRE ENGINEERED BUILDING (PEB) STRUCTURES

This Systems Makes a Revolution in Steel Industry. In structural engineering, the designs made by PEB manufacturer or PEB supplier. The PEB manufacturer use the good and best raw materials available from all sources. And makes a wide range of structural design which satisfy all design requirements.

The efficient design of pre-engineered building is lighter than normal steel buildings. This reduce the steel consumption and saves cost in structural frameworks. This usage of Pre Engineered Building (PEB) System uses widely in industrial sector.

The Designing and fabrication of joining and fixing of I-shape members are known as I-beams and columns. These forms by welding steel plates together. And connects through bolts to form an entire frame of the Pre-engineered building.

DESIGN CRITERIA

For design a pre-engineered building, engineers/ PEB manufacturers consider many important and basic things. Some of the important and main basic things are as follows,

Length and Width of Structure
Roof Slopes
Ventilation
Dead Loads
Live Loads
Wind Loads
Spacing of bays
E.O.T Crane Systems and
Weight of Pre Engineered Building (PEB) members, etc,.

This design calculations performs by Engineers with the help of advance computer systems. This includes latest computer aided system using software like STADD .PRO,etc,. By using these software’s the accurate load calculation computes.

Construction materials

ADVANTAGES OF PRE ENGINEERED BUILDING (PEB)

abbu riyaz 10 Sep, 2019

Advantages of Pre Engineered building (PEB) explains in this post. It has numerous advantages. Pre Engineered Building (PEB) System is growing rapidly in almost all parts of the world. These are steel buildings in which excess steel avoids.

This complete building system is Pre Engineered to make a easy production. And easy assembly on site.

The use of steel structures is highly economical and Eco friendly. By the application of this we can reduce the usage and wastage of natural resources using in construction fields.

It reduces the Construction cost and time of Mass buildings and Heavy structures. By this application of this we can reduce mass pollution and prevent nature.

ADVANTAGES OF PRE ENGINEERED BUILDING (PEB)

The Pre-engineered buildings are lighter than normal steel buildings. This reduce the steel consumption and saves cost in structural frameworks. This usage of Pre Engineered Building (PEB) System uses widely in industrial sector.

Pre-engineered buildings are widely constructs for the purpose of using a Large Clear Spans.

Some of the important advantages of Pre-engineered buildings are as follows,

This entire system is of zero maintenance
It is superior in strength
It is of a low Budget and cost effective
Highly economical and Eco friendly
Reduces the usage and wastage of excess steel
Entire Space uses without obstructions like center supports,etc.

Reduce mass pollution due to construction and prevents nature
Reduces Construction Time Duration

This Systems Makes a Revolution in Steel Industry. This usage of Pre Engineered Building (PEB) System uses widely in industrial sector. It reduce the steel consumption and saves cost in structural frameworks.

For all of these advantages the Pre-engineered buildings are widely uses in wide ranges of Industrial Buildings like,

• Ware houses
• Factories
• Workshops
• Offices
• Gas stations
• Vehicle parking sheds
• Show rooms
• Aircraft hangers
• Sports Stadiums.

Construction materials

PRE ENGINEERED BUILDING (PEB)

abbu riyaz 10 Sep, 2019

Pre Engineered Building (PEB) System is growing rapidly in almost all parts of the world. These are steel buildings in which excess steel avoids.

The use of steel structures is highly economical and Eco friendly. By the application of this we can reduce the usage and wastage of natural resources using in construction fields.

It reduces the Construction cost and time of Mass buildings and Heavy structures. By application of this we can reduce mass pollution and prevent nature.

PRE ENGINEERED BUILDING (PEB)

The joining and fixing of I-shape members are known as I-beams and columns. These forms by welding steel plates together. And connects through bolts to form an entire frame of the Pre-engineered building.

DESIGN OF PRE ENGINEERED BUILDING (PEB)

DESIGN CRITERIA

For design a pre-engineered building, engineers/ PEB manufacturers consider many important and basic things. Some of the important and main basic things are as follows,

Length and Width of Structure
Roof Slopes
Ventilation
Dead Loads
Live Loads
Wind Loads
Spacing of bays
E.O.T Crane Systems and
Weight of Pre Engineered Building (PEB) members, etc,.

APPLICATIONS OF PRE ENGINEERED BUILDING (PEB)

It is constructs for wide ranges of Industrial Buildings like,

• Ware houses

• Factories
• Workshops
• Offices
• Gas stations
• Vehicle parking sheds
• Show rooms
• Aircraft hangers

• Sports Stadiums.

Compaction

Moisture Content of Clay Soil By Rapid Moisture Meter

abbu riyaz 1 May, 2019

Moisture Content of Clay Soil By Rapid Moisture Meter consists of various procedures. Moisture Content By Rapid Moisture Meter is use to determine the Moisture content / water content in Clay soil sample. It is a mobile system for measuring large verities of materials like soil, aggregates,etc.

With this rapid moisture meter the Moisture content / water content determines quickly. It determines by the gas pressure of Calcium Carbide using in it. The Calcium Carbide reacts with water in the sample. And it forms Acetylene gas. This increase the pressure inside the vessel.

The Moisture content / water content percentage observes in the dial gauge. And calculations computes to determine the moisture content / water content in soil sample.

Moisture Content Of Clay Soil By Rapid Moisture Meter

Procedures for Determination of Moisture Content of Clay Soil By Rapid Moisture Meter

1. Preparations

The soil samples to determine the moisture content / water content is taken from soil collected with core cutter. No other special preparations requires for soil sample.

2. Quantity (Mass)

Take about six grams of Clay soil sample collects from the soil taken with core cutter. Take soil from the center portion of core cutter for accurate results. The mass of clay soil sample measures with a digital weighing scale or a counter balance present in rapid moisture meter kit.

3. Procedures

Clean the hollow space of pressure vessel and sealing cup. And ensure it is empty and clean.

Use the cleaning brush to remove residues from previous tests.
Put three numbers of 12.5 mm diameter steel balls along with one full spoon of calcium carbide in sealing cup.
And clay soil sample in the hollow space with 25 mm diameter steel ball in the pressure vessel.
Seal the pressure vessel tightly with metallic sealing cup.
Shake the Rapid Moisture Meter horizontally up and down continuously for five seconds.
Again shake the Rapid Moisture Meter vertically forward and backward continuously for five seconds.
After shaking horizontally & vertically hold the Rapid Moisture Meter for one minute.
Note the dial gauge reading.
Take three values and make an average reading.

4. Calculation

The Rapid Moisture Meter reading noted as ( M ). Using this Rapid Moisture Meter ( M ), the water content / moisture content ( W ) calculates.

The water content / moisture content W calculates using a formula,

W=[ m / (100-m)] / 100%

Where,

M = Rapid Moisture Meter reading from dial gauge.

Using this rapid moisture meter the moisture content / water content of clay soil sample computes.

Compaction

Moisture Content of Wet And Dry Soil By Rapid Moisture Meter

abbu riyaz 30 Apr, 2019

Moisture Content of Wet And Dry Soil By Rapid Moisture Meter consists of various procedures. Moisture Content By Rapid Moisture Meter is use to determine the Moisture content / water content in Wet and Dry soil sample. It is a mobile system for measuring large verities of materials like soil, aggregates,etc.

The Moisture content / water content percentage observes in the dial gauge. And calculations computes to determine the moisture content / water content in soil sample.

Moisture Content of Wet And Dry Soil By Rapid Moisture Meter

Procedures for Determination of Moisture Content of wet and dry soil samples.

1. Preparations

The wet and dry soil samples to determine the moisture content / water content is taken from soil collected with core cutter. No other special preparations requires for soil sample.

2. Quantity (Mass)

Take about six grams of wet / dry soil sample collects from the soil taken with core cutter. Take soil from the center portion of core cutter for accurate results. The mass of soil sample measures with a digital weighing scale or a counter balance present in rapid moisture meter kit.

3. Procedures

Clean the hollow space of pressure vessel and sealing cup. And ensure it is empty and clean.

Use the cleaning brush to remove residues from previous tests.
Put three numbers of 12.5 mm diameter steel balls along with one full spoon of calcium carbide in sealing cup.
And wet / dry soil sample in the hollow space of pressure vessel.
Seal the pressure vessel tightly with metallic sealing cup.
Shake the Rapid Moisture Meter horizontally up and down continuously for five seconds.
Again shake the Rapid Moisture Meter vertically forward and backward continuously for five seconds.
After shaking horizontally & vertically hold the Rapid Moisture Meter for one minute.
Note the dial gauge reading.

Take three values and make an average reading.

4. Calculation

The Rapid Moisture Meter reading noted as ( M ). Using this Rapid Moisture Meter ( M ), the water content / moisture content ( W ) calculates.

The water content / moisture content W calculates using a formula,

W=[ m / (100-m)] / 100%

Where,

M = Rapid Moisture Meter reading from dial gauge.

Using this rapid moisture meter the moisture content / water content of wet and dry soil sample computes.

TEAM OF PRE ENGINEERED BUILDINGS