Building Technology - 3
2,160.00TL
2,400.00TL
%10 İndirimli
Yazar: Müslim Avcıoğlu
Brand: Birsen Yayınevi
Basım Tarihi: 2011
Basım Dili:
Sayfa Sayısı: 680Boyut: 16.0 x 24.0 cm
Out Of Stock
9789755115672
Product Description
Our book, Building Technology 3, consists of topics that we could not fit into the first and second books. Construction is a large main branch of science encompassing many diverse subjects. To fit all branches into one book is only possible by providing some basic information. In the topics we have covered so far, even people unfamiliar with the subjects are sure to find detailed information when they read them. But this does not mean that everything related to construction is fully explained in these books. No, of course not. However, I believe they will be of great benefit in helping a technical staff member easily complete their knowledge gaps on the topics.
Students in vocational high school construction departments, vocational college construction departments, and civil engineering will gain very detailed information in Building Technology courses, broadening their horizons.
The topics covered in this book are, in order, Elevators, Plasters, Coatings, Painting and Whitewashing, Varnish, Polishing, Doors, Windows, and Smart Homes, which are gaining ground and becoming more widespread today, Occupational Safety, and Earthquake Regulations, completed in nine chapters under these main headings.
To ensure that the topics are understood and grasped by everyone, some topics are dealt with superficially according to their characteristics, while others delve into considerable detail.
Although we have produced this book through meticulous work, extensive literature review, and over thirty years of experience, there will undoubtedly be shortcomings. In the construction field, there are sometimes different practices that vary from region to region. If some practices contradict or differ from those of the masters, I can recommend that they try the practices in the book. I look forward to your comments on different practices. I present the book to your vast insights. I hope it will be useful to the construction industry.
Müslim AVCIOĞLU
10-06-2011
ABOUT THE AUTHOR
Müslim AVCIOĞLU was born on 08/12/1957 in Yukarı Kumlu Village of Çaykara district, Trabzon. He completed primary school at Kanuni Süleyman Primary School in central Trabzon. After attending Cumhuriyet Middle School, he spent his high school years at Erzurum Construction Technical High School. He graduated in 1976. In the same year, he took university entrance exams and entered the Infrastructure Department of Ankara Higher Technical Teacher's School. He graduated in 1981 and started working as a technical teacher at Adana Construction Technical High School. He got married in February 1982. In 1983, he was assigned to open the Surveying and Cadastre Department in Vocational High Schools and attended courses in Ankara for a certain period. He pioneered the opening of this department in Adana.Between 1984 and 1987, he served as head of department. In February 1987, he started working as a lecturer in the construction department of Gaziantep Vocational School, which was then called METU Gaziantep Faculty of Engineering and is now Gaziantep University. He has been serving as a lecturer in the same department ever since. In 1999, he completed his master's degree in Educational Sciences, specializing in Education and Supervision, at Gaziantep University Institute of Social Sciences.
TABLE OF CONTENTS
1 SECTION
ELEVATORS
HISTORY OF THE ELEVATOR
DEFINITION
ROPE (OVERHEAD SUSPENDED) ELEVATORS
BOTTOM-DRIVE HYDRAULIC ELEVATORS
ELEVATORS ARE DIVIDED INTO THREE ACCORDING TO THE LOAD THEY CARRY
PASSENGER AND FREIGHT ELEVATORS
Elevator Carrying Capacities
Elevator Travel Speeds
FREIGHT ELEVATORS
PANORAMIC ELEVATORS
SPECIAL ELEVATORS
SERVICE ELEVATORS
Service Elevator Door
Service Elevator Cabin
HOSPITAL ELEVATOR
DISABLED ACCESS ELEVATOR
PATERNOSTER ELEVATOR
HORIZONTAL ELEVATORS
SHIP ELEVATORS
AIRCRAFT ELEVATOR
ELEVATORS WITHOUT MACHINE ROOM
ELEVATOR PARTS
TERMS USED IN ELEVATOR CALCULATION
ELEVATOR REGULATION
PRINCIPLES AND RULES IN ELEVATOR CONSTRUCTION
ELEVATOR SHAFT WALLS AND DOOR STRUCTURE
SHAFT WALLS, SHAFT PIT AND SHAFT CEILING
INSPECTION AND EMERGENCY DOORS, INSPECTION COVERS
ELEVATOR SHAFT PIT
ELEVATOR MACHINE ROOM
Mechanical Strength Floor Surface
Dimensions
Other Openings
Dimensions
Entrance Doors and Floor Covers
ELEVATOR CALCULATIONS
MACHINE ROOM DIMENSIONS FOR ELECTRIC ELEVATORS
SIDE-BY-SIDE ELEVATORS
OPPOSING ELEVATORS
HEIGHT
ENERGY AMOUNT IN ELECTRIC ELEVATORS ENERGY AMOUNT IN HYDRAULIC ELEVATORS
FORCE ACTING ON THE PISTON
Force acting on the pit bottom
Force acting on the rails
Force acting on the floor concrete
CHAPTER
PLASTERS
COARSE PLASTERS
FINE PLASTERS
MORTARS USED IN PLASTERING
LIME-BASED COARSE PLASTER MORTAR AND PLASTERING
REINFORCED COARSE PLASTER MORTAR AND PLASTERING
CEMENT-BASED COARSE PLASTER MORTAR AND PLASTERING
PERLITE-BASED COARSE PLASTER MORTAR AND PLASTERING
PERLITE GYPSUM COARSE PLASTER MORTAR AND PLASTERING
FINE PLASTER MORTARS
CEMENT-BASED FINE PLASTER MORTAR
REINFORCED FINE PLASTER MORTAR
LIME-BASED FINE PLASTER MORTAR
AREAS WHERE PLASTERING WILL BE DONE
INTERIOR PLASTERS
Wall Plasters
Column Beam Plasters
Window Door Centers
Ceiling Plaster
EXTERIOR PLASTERS
Application of exterior coarse plaster
Application of exterior fine plaster
PLASTERING WITH PLASTERING MACHINE
Rules for Plastering with Machine
Work Order for Plastering with Machine
Plastering with Machine
PLASTER TYPES THAT HAVE SURVIVED TO THE PRESENT DAY
EDELPUTZ PLASTERS
BAGHDADI PLASTERS
RABITZ PLASTERS
MARBLE DUST PLASTERS
MARBLE OR NATURAL STONE CHIP PLASTERS
SPRAY PLASTERS
BURNISHED PLASTERS
PATTERNED PLASTERS
ALATURKA (KHORASAN) PLASTER
READY-MIX PLASTERS
Mineral-Based Smooth or Patterned Ready-Mix Plasters
Granite Type Ready-Mix Plasters
Ready Silk Plasters
Ready Spray Plasters
Synthetic Resin-Bound Plasters
T PLASTERING ON METAL OR WOOD PLASTERING ON WOOD SURFACE
REASONS FOR PLASTERING ON WOOD SURFACES
RULES FOR PLASTERING ON WOOD SURFACE
WORK ORDER FOR PLASTERING ON WOOD SURFACE
APPLICATION OF COARSE PLASTER ON MESH
APPLICATION OF READY-MIX PLASTER MORTAR ON WOOD SURFACE
APPLICATION OF INSULATION ON WOOD SURFACE
PLASTERING ON METAL SURFACE
PURPOSE
RULES FOR PLASTERING ON METAL SURFACE
WORK ORDER FOR PLASTERING ON METAL SURFACE
PLASTERING ON METAL SURFACE
INSULATION APPLICATION ON METAL SURFACE
SECTION
COVERINGS
DEFINITION
CEMENT-BASED COATINGS
LEVELLING CONCRETE
DESIRED PROPERTIES OF LEVELLING CONCRETE
Aggregate
Dosage
CONCRETE MIXING
CONCRETE TRANSPORTATION
POURING AND LEVELLING OF LEVELLING CONCRETE WITH A SCREED
SCREEDS
PURPOSE
SCREED POURING RULES
SCREED POURING WORK SEQUENCE
SCREEDING WITH A SCREED MACHINE AND HELICOPTER
HELICOPTER OPERATION
TYPES OF SCREED FLOOR COVERINGS
SELF-LEVELLING (MERCURY) SCREED
TILES
MOSAIC COVERINGS
COVERINGS WITH CEMENT ADHESIVE
STONE COVERINGS
CERAMIC COVERINGS
FAIENCE TILES
MARBLE COVERINGS
GRANITE COVERINGS
TRAVERTINE COVERINGS
INTERLOCKING PAVERS AND GRASS PAVERS LAYING
WOOD COVERINGS
SOLID PARQUET COVERINGS
Points to Consider on the Floor to be Laid with Solid Wood Parquet
Points to Consider During Parquet Installation
Requirements in the Environment Where Parquet Will Be Laid
Operations to be Performed After Parquet Installation
Reasons for Parquet Swelling or Detaching from the Floor
LAMINATE PARQUET COVERINGS
LAMINATE PARQUET COVERING LAYERS
STAGES OF LAMINATE PARQUET PRODUCTION
Students in vocational high school construction departments, vocational college construction departments, and civil engineering will gain very detailed information in Building Technology courses, broadening their horizons.
The topics covered in this book are, in order, Elevators, Plasters, Coatings, Painting and Whitewashing, Varnish, Polishing, Doors, Windows, and Smart Homes, which are gaining ground and becoming more widespread today, Occupational Safety, and Earthquake Regulations, completed in nine chapters under these main headings.
To ensure that the topics are understood and grasped by everyone, some topics are dealt with superficially according to their characteristics, while others delve into considerable detail.
Although we have produced this book through meticulous work, extensive literature review, and over thirty years of experience, there will undoubtedly be shortcomings. In the construction field, there are sometimes different practices that vary from region to region. If some practices contradict or differ from those of the masters, I can recommend that they try the practices in the book. I look forward to your comments on different practices. I present the book to your vast insights. I hope it will be useful to the construction industry.
Müslim AVCIOĞLU
10-06-2011
ABOUT THE AUTHOR
Müslim AVCIOĞLU was born on 08/12/1957 in Yukarı Kumlu Village of Çaykara district, Trabzon. He completed primary school at Kanuni Süleyman Primary School in central Trabzon. After attending Cumhuriyet Middle School, he spent his high school years at Erzurum Construction Technical High School. He graduated in 1976. In the same year, he took university entrance exams and entered the Infrastructure Department of Ankara Higher Technical Teacher's School. He graduated in 1981 and started working as a technical teacher at Adana Construction Technical High School. He got married in February 1982. In 1983, he was assigned to open the Surveying and Cadastre Department in Vocational High Schools and attended courses in Ankara for a certain period. He pioneered the opening of this department in Adana.Between 1984 and 1987, he served as head of department. In February 1987, he started working as a lecturer in the construction department of Gaziantep Vocational School, which was then called METU Gaziantep Faculty of Engineering and is now Gaziantep University. He has been serving as a lecturer in the same department ever since. In 1999, he completed his master's degree in Educational Sciences, specializing in Education and Supervision, at Gaziantep University Institute of Social Sciences.
TABLE OF CONTENTS
1 SECTION
ELEVATORS
HISTORY OF THE ELEVATOR
DEFINITION
ROPE (OVERHEAD SUSPENDED) ELEVATORS
BOTTOM-DRIVE HYDRAULIC ELEVATORS
ELEVATORS ARE DIVIDED INTO THREE ACCORDING TO THE LOAD THEY CARRY
PASSENGER AND FREIGHT ELEVATORS
Elevator Carrying Capacities
Elevator Travel Speeds
FREIGHT ELEVATORS
PANORAMIC ELEVATORS
SPECIAL ELEVATORS
SERVICE ELEVATORS
Service Elevator Door
Service Elevator Cabin
HOSPITAL ELEVATOR
DISABLED ACCESS ELEVATOR
PATERNOSTER ELEVATOR
HORIZONTAL ELEVATORS
SHIP ELEVATORS
AIRCRAFT ELEVATOR
ELEVATORS WITHOUT MACHINE ROOM
ELEVATOR PARTS
TERMS USED IN ELEVATOR CALCULATION
ELEVATOR REGULATION
PRINCIPLES AND RULES IN ELEVATOR CONSTRUCTION
ELEVATOR SHAFT WALLS AND DOOR STRUCTURE
SHAFT WALLS, SHAFT PIT AND SHAFT CEILING
INSPECTION AND EMERGENCY DOORS, INSPECTION COVERS
ELEVATOR SHAFT PIT
ELEVATOR MACHINE ROOM
Mechanical Strength Floor Surface
Dimensions
Other Openings
Dimensions
Entrance Doors and Floor Covers
ELEVATOR CALCULATIONS
MACHINE ROOM DIMENSIONS FOR ELECTRIC ELEVATORS
SIDE-BY-SIDE ELEVATORS
OPPOSING ELEVATORS
HEIGHT
ENERGY AMOUNT IN ELECTRIC ELEVATORS ENERGY AMOUNT IN HYDRAULIC ELEVATORS
FORCE ACTING ON THE PISTON
Force acting on the pit bottom
Force acting on the rails
Force acting on the floor concrete
CHAPTER
PLASTERS
COARSE PLASTERS
FINE PLASTERS
MORTARS USED IN PLASTERING
LIME-BASED COARSE PLASTER MORTAR AND PLASTERING
REINFORCED COARSE PLASTER MORTAR AND PLASTERING
CEMENT-BASED COARSE PLASTER MORTAR AND PLASTERING
PERLITE-BASED COARSE PLASTER MORTAR AND PLASTERING
PERLITE GYPSUM COARSE PLASTER MORTAR AND PLASTERING
FINE PLASTER MORTARS
CEMENT-BASED FINE PLASTER MORTAR
REINFORCED FINE PLASTER MORTAR
LIME-BASED FINE PLASTER MORTAR
AREAS WHERE PLASTERING WILL BE DONE
INTERIOR PLASTERS
Wall Plasters
Column Beam Plasters
Window Door Centers
Ceiling Plaster
EXTERIOR PLASTERS
Application of exterior coarse plaster
Application of exterior fine plaster
PLASTERING WITH PLASTERING MACHINE
Rules for Plastering with Machine
Work Order for Plastering with Machine
Plastering with Machine
PLASTER TYPES THAT HAVE SURVIVED TO THE PRESENT DAY
EDELPUTZ PLASTERS
BAGHDADI PLASTERS
RABITZ PLASTERS
MARBLE DUST PLASTERS
MARBLE OR NATURAL STONE CHIP PLASTERS
SPRAY PLASTERS
BURNISHED PLASTERS
PATTERNED PLASTERS
ALATURKA (KHORASAN) PLASTER
READY-MIX PLASTERS
Mineral-Based Smooth or Patterned Ready-Mix Plasters
Granite Type Ready-Mix Plasters
Ready Silk Plasters
Ready Spray Plasters
Synthetic Resin-Bound Plasters
T PLASTERING ON METAL OR WOOD PLASTERING ON WOOD SURFACE
REASONS FOR PLASTERING ON WOOD SURFACES
RULES FOR PLASTERING ON WOOD SURFACE
WORK ORDER FOR PLASTERING ON WOOD SURFACE
APPLICATION OF COARSE PLASTER ON MESH
APPLICATION OF READY-MIX PLASTER MORTAR ON WOOD SURFACE
APPLICATION OF INSULATION ON WOOD SURFACE
PLASTERING ON METAL SURFACE
PURPOSE
RULES FOR PLASTERING ON METAL SURFACE
WORK ORDER FOR PLASTERING ON METAL SURFACE
PLASTERING ON METAL SURFACE
INSULATION APPLICATION ON METAL SURFACE
SECTION
COVERINGS
DEFINITION
CEMENT-BASED COATINGS
LEVELLING CONCRETE
DESIRED PROPERTIES OF LEVELLING CONCRETE
Aggregate
Dosage
CONCRETE MIXING
CONCRETE TRANSPORTATION
POURING AND LEVELLING OF LEVELLING CONCRETE WITH A SCREED
SCREEDS
PURPOSE
SCREED POURING RULES
SCREED POURING WORK SEQUENCE
SCREEDING WITH A SCREED MACHINE AND HELICOPTER
HELICOPTER OPERATION
TYPES OF SCREED FLOOR COVERINGS
SELF-LEVELLING (MERCURY) SCREED
TILES
MOSAIC COVERINGS
COVERINGS WITH CEMENT ADHESIVE
STONE COVERINGS
CERAMIC COVERINGS
FAIENCE TILES
MARBLE COVERINGS
GRANITE COVERINGS
TRAVERTINE COVERINGS
INTERLOCKING PAVERS AND GRASS PAVERS LAYING
WOOD COVERINGS
SOLID PARQUET COVERINGS
Points to Consider on the Floor to be Laid with Solid Wood Parquet
Points to Consider During Parquet Installation
Requirements in the Environment Where Parquet Will Be Laid
Operations to be Performed After Parquet Installation
Reasons for Parquet Swelling or Detaching from the Floor
LAMINATE PARQUET COVERINGS
LAMINATE PARQUET COVERING LAYERS
STAGES OF LAMINATE PARQUET PRODUCTION