WOOD, PLASTICS AND GLASS

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WOOD, PLASTICS AND GLASS

This teaching material is a compilation of information from journals, books, magazines, internet, several review centers and other sources of publication for the purpose of further studying architecture. ArcStudio, its offices, members and lecturers assumes no liability whatsoever and do not claim any express or implied authorship, patents relating to all contents found herein. Some content herein maybe claim by the rightful owners.

One. WOOD USED IN ARCHITECTURE

As a construction material, wood is strong, durable, light in weight, and easy to work. In addition, it offers natural beauty and warmth to sight and touch. Although it has become necessary to employ conservation measures to ensure a continued supply, wood is still used in construction in many and varied forms.

There are two major classes of wood:

· Softwood

· Hardwood

Grain direction is the major determining factor in the use of wood as a structural material. Tensile and compressive forces are best handled by wood in a direction parallel to its grain.

Wood's shear strength is greater across its grain than parallel to the grain. It is therefore more susceptible to horizontal shear than to vertical shear.

One. WOOD USED IN ARCHITECTURE

One point zero three Properties One point zero four Defects One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one Plywood Four point zero two Hardboard

Four point zero five Gypsum Board

Five. MILLWORK Five point zero one Mouldings

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics Seven. PLASTIC SHEETS, FILM AND FOAM

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one Plywood Four point zero two Hardboard

Four point zero four Fiberboard

Four point zero six Fibercement Board

Five. MILLWORK Five point zero one Mouldings

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero two STRUCTURE OF WOOD

One. WOOD USED IN ARCHITECTURE

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard Four point zero four Fiberboard

Five. MILLWORK Five point zero one Mouldings

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one Plywood Four point zero two Hardboard

Four point zero four Fiberboard

Four point zero six Fibercement Board

Five. MILLWORK Five point zero one Mouldings

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero three PROPERTIES OF WOOD

One point zero three Properties One point zero four Defects One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one Plywood Four point zero two Hardboard Four point zero three Chipboard Four point zero four Fiberboard

Five. MILLWORK Five point zero one Mouldings

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero three Properties One point zero four Defects

Two. LUMBER

2.02 Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard Four point zero four Fiberboard

Four point zero six Fibercement Board Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero four DEFECTS OF WOOD

PITCHPOCKETS

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard Four point zero four Fiberboard

Four point zero six Fibercement Board Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES

Four point zero three Chipboard

Four point zero five Gypsum Board

Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Three point zero four Physical Properties

Four point zero one Plywood Four point zero two Hardboard

Four point zero four Fiberboard

Four point zero six Fibercement Board

Five. MILLWORK

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero five METHODS OF SAWING WOOD

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard

Four point zero five Gypsum Board

Five. MILLWORK Five point zero one Mouldings

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Three point zero four Physical Properties

Four point zero one Plywood Four point zero two Hardboard

Four point zero four Fiberboard

Four point zero six Fibercement Board

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

Two point zero one CLASSIFICATION OF LUMBER

One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard

Four point zero five Gypsum Board

Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard

Four point zero five Gypsum Board

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard Four point zero four Fiberboard

Four point zero six Fibercement Board

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

Two point zero three SEASONING OF LUMBER

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard Four point zero four Fiberboard

Four point zero six Fibercement Board Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics Seven. PLASTIC SHEETS, FILM AND FOAM

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Three point zero four Physical Properties

Four point zero one Plywood Four point zero two Hardboard

Four point zero four Fiberboard

Four point zero six Fibercement Board

Five. MILLWORK

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Three point zero four Physical Properties

Four point zero one Plywood Four point zero two Hardboard

Four point zero four Fiberboard

Four point zero six Fibercement Board

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

Two point zero three SEASONING OF LUMBER

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one Plywood Four point zero two Hardboard

Four point zero four Fiberboard

Four point zero six Fibercement Board Four point zero five Particle Board

Six. PLASTICS IN ARCHITECTURE

Two point zero three SEASONING OF LUMBER

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard Four point zero four Fiberboard

Four point zero six Fibercement Board

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

Two point zero four DETERIORATION OF LUMBER

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one Plywood Four point zero two Hardboard

Four point zero four Fiberboard

Four point zero six Fibercement Board

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

Two point zero four DETERIORATION OF LUMBER

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard Four point zero four Fiberboard

Four point zero six Fibercement Board Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics Seven. PLASTIC SHEETS, FILM AND FOAM

One point zero three Properties One point zero four Defects One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one Plywood Four point zero two Hardboard Four point zero three Chipboard Four point zero four Fiberboard

Four point zero six Fibercement Board Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one Plywood Four point zero two Hardboard

Four point zero five Gypsum Board

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

Two point zero five PRESERVATION OF LUMBER

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one Plywood Four point zero two Hardboard

Four point zero four Fiberboard

Four point zero six Fibercement Board

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

Two point zero five PRESERVATION OF LUMBER

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one Plywood Four point zero two Hardboard

Four point zero four Fiberboard

Four point zero six Fibercement Board Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard

Four point zero five Gypsum Board

Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one Plywood Four point zero two Hardboard

Four point zero four Fiberboard

Four point zero six Fibercement Board

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

Two point zero five PRESERVATION OF LUMBER

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard

Four point zero five Gypsum Board

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

Two point zero five PRESERVATION OF LUMBER

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard

Four point zero five Gypsum Board

Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard

Four point zero five Gypsum Board

Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one Plywood Four point zero two Hardboard

Four point zero four Fiberboard

Four point zero six Fibercement Board

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

Two point zero six TREATMENT OF LUMBER

PRESSURE TREATED LUMBER AND PLYWOOD:

TANALIZED Lumber and Plywood

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard Four point zero four Fiberboard

Four point zero six Fibercement Board

Five. Millwork Five point zero one Mouldings

Architecture

Four point zero one Plywood

One point zero three Properties One point zero four Defects One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. Philippine Wood

Four. Wood Composites Four point zero one Plywood Four point zero two Hardboard

Four point zero five Gypsum Board Four point zero six Fibercement Board Four point zero five Particle Board

Six. Plastics in

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics Seven. Plastic Sheets, Film and Foam

Four point zero one Plywood

One point zero three Properties One point zero four Defects

Two. Lumber

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard Four point zero four Fiberboard

Four point zero six Fibercement Board Four point zero five Particle Board

Six. Plastics in Architecture

Four. Wood Composites

Four point zero one Plywood

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. Philippine Wood

Four. Wood Composites

Four point zero three Chipboard

Four point zero five Gypsum Board

Four point zero five Particle Board

Six. Plastics in Architecture

Four. Wood Composites

One point zero three Properties One point zero four Defects

Two. Lumber

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard Four point zero four Fiberboard

Four point zero six Fibercement Board

Five. Millwork Five point zero one Mouldings

Architecture

Four point zero two Hardboard

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. Philippine Wood

Four. Wood Composites Four point zero one Plywood Four point zero two Hardboard

Four point zero four Fiberboard

Four point zero six Fibercement Board Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics Seven. PLASTIC SHEETS, FILM AND FOAM

Four point zero two HARDBOARD

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard

Four point zero five Gypsum Board

Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

Four point zero two HARDBOARD

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard

Four point zero five Gypsum Board

Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard

Four point zero five Gypsum Board

Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

One point zero three Properties One point zero four Defects One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero five Gypsum Board Four point zero six Fibercement Board Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics Seven. PLASTIC SHEETS, FILM AND FOAM

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard Four point zero four Fiberboard

Four point zero six Fibercement Board Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics Seven. PLASTIC SHEETS, FILM AND FOAM

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard

Four point zero five Gypsum Board

Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

The types of Gypsum Board are:

b. Backing Board

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard

Four point zero five Gypsum Board

Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

Four point zero five GYPSUM BOARDS

d. Type X Gypsum Board

e. Water-Resistant Backing Gypsum Board

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one Plywood Four point zero two Hardboard

Four point zero four Fiberboard

Four point zero six Fibercement Board

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

Four. WOOD COMPOSITES

f. Gypsum Sheathing

g. Gypsum Formboard

One point zero three Properties One point zero four Defects

Two. LUMBER

Two point zero two Measure

Two point zero four Deterioration

Two point zero six Treatment

Three point zero one For Construction Three point zero two Allowable Working Stresses Three point zero three Weights of Wood Three point zero four Physical Properties

Four point zero three Chipboard

Four point zero five Gypsum Board

Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

Four point zero six FIBERCEMENT BOARDS

Four. WOOD COMPOSITES

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Three point zero four Physical Properties

Four point zero one Plywood Four point zero two Hardboard

Four point zero four Fiberboard

Four point zero six Fibercement Board

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

Five. MILLWORK

Five point zero one TYPES OF WOOD MOULDINGS

Stool

TYPE OF WOOD MOULDINGS

INTERIOR WOOD MOULDINGS

CORNICES

DOOR AND WINDOW TRIM

BASEBOARDS

BUILT-UP CORNICE

One point zero three Properties One point zero four Defects

Two. LUMBER

Three. PHILIPPINE WOOD

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

Six. PLASTICS USED IN ARCHITECTURE

One point zero three Properties One point zero four Defects

Two. LUMBER

Three. PHILIPPINE WOOD

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

Six point zero one CLASSIFICATION OF PLASTICS

One point zero three Properties

One point zero five Sawing Methods

Two point zero one Classification

Three. PHILIPPINE WOOD

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

Six point zero two EXAMPLES OF THERMOPLASTICS

One point zero three Properties One point zero four Defects

Two. LUMBER

Three. PHILIPPINE WOOD

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

One point zero three Properties One point zero four Defects

Two. LUMBER

Three. PHILIPPINE WOOD

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

One point zero three Properties One point zero four Defects

Two. LUMBER

Three. PHILIPPINE WOOD

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

One point zero three Properties One point zero four Defects

Two. LUMBER

Three. PHILIPPINE WOOD

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

One point zero three Properties One point zero four Defects

Two. LUMBER

Three. PHILIPPINE WOOD

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

One point zero three Properties One point zero four Defects

Two. LUMBER

Three. PHILIPPINE WOOD

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

One point zero three Properties

One point zero five. Sawing Methods

Two point zero one. Classification

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one. Plywood Four point zero two. Hardboard

Four point zero four. Fiberboard

Four point zero six. Fibercement Board

Five. MILLWORK Five point zero one. Mouldings

ARCHITECTURE

Six point zero three. EXAMPLES OF THERMOSETTING PLASTICS c. ALKYDS

d. PHENOLICS

One point zero three. Properties One point zero four. Defects One point zero five. Sawing Methods

Two point zero one. Classification

Two point zero three. Seasoning

Two point zero five. Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one. Plywood Four point zero two. Hardboard

Four point zero five. Gypsum Board

Five. MILLWORK Five point zero one. Mouldings

ARCHITECTURE

Six. PLASTICS USED IN ARCHITECTURE

One point zero three. Properties

One point zero five. Sawing Methods

Two point zero one. Classification

Two point zero three. Seasoning

Two point zero five. Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one. Plywood Four point zero two. Hardboard

Four point zero four. Fiberboard

Four point zero six. Fibercement Board

Five. MILLWORK Five point zero one. Mouldings

ARCHITECTURE

Six point zero three. EXAMPLES OF THERMOSETTING PLASTICS

g. SILICONES

One point zero three. Properties One point zero four. Defects

Two. LUMBER

Two point zero two. Measure

Two point zero four. Deterioration

Two point zero six. Treatment

Three point zero one. For Construction Three point zero two. Allowable Working Stresses Three point zero three. Weights of Wood Three point zero four. Physical Properties

Four point zero three. Chipboard

Four point zero five. Gypsum Board

Four point zero five. Particle Board

Six. PLASTICS IN

Six point zero one. Classification Six point zero two. Thermoplastics Six point zero three. Thermosetting Plastics

a. SHEETS

One point zero three. Properties One point zero four. Defects

Two. LUMBER

Two point zero two. Measure

Two point zero four. Deterioration

Two point zero six. Treatment

Three point zero one. For Construction Three point zero two. Allowable Working Stresses Three point zero three. Weights of Wood Three point zero four. Physical Properties

Four point zero three. Chipboard

Four point zero five. Gypsum Board

Four point zero five. Particle Board

Six. PLASTICS IN

Six point zero one. Classification Six point zero two. Thermoplastics Six point zero three. Thermosetting Plastics Seven. PLASTIC SHEETS, FILM AND FOAM

b. FILM SHEETS

One point zero three. Properties

One point zero five. Sawing Methods

Two point zero one. Classification

Two point zero three. Seasoning

Two point zero five. Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one. Plywood Four point zero two. Hardboard

Four point zero four. Fiberboard

Four point zero six. Fibercement Board

Five. MILLWORK

Six. PLASTICS IN

Six point zero one. Classification Six point zero two. Thermoplastics Six point zero three. Thermosetting Plastics

c. FOAM

One point zero five. Sawing Methods

Two point zero one. Classification

Two point zero three. Seasoning

2.05 Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one Plywood Four point zero two Hardboard

Four point zero three Chipboard

Four point zero five Gypsum Board

Five. MILLWORK Five point zero one Mouldings

ARCHITECTURE

One point zero three Properties One point zero four Defects

Two point zero one Classification

Two point zero three Seasoning

Two point zero five Preservation

Three. PHILIPPINE WOOD

Four. WOOD COMPOSITES Four point zero one Plywood Four point zero two Hardboard

Four point zero five Gypsum Board

Four point zero five Particle Board

Six. PLASTICS IN

Six point zero one Classification Six point zero two Thermoplastics Six point zero three Thermosetting Plastics

FLOAT GLASS- Flat, parallel surfaces minimize distortion and eliminate the need for grinding and polishing.

VARIATIONS OF THE THREE BASIC TYPES OF GLASS INCLUDE:

WIRE GLASS- Wire mesh or parallel wires are inserted into rolled glass during manufacture.

REFLECTIVE COATED GLASS- transparent metal coating applied to the glass surface reduces the solar energy

TEMPERED GLASS- glass is heat-strengthened for increase resistance to impact and thermal stresses

INSULATING GLASS- two layers of glass are separated by a hermetically sealed air space to provide thermal

GLASS BLOCKS

GLASS BLOCK DETAILS

Overview

This teaching material explores the significance of wood and plastics in architecture, detailing classifications, properties, and applications of these materials. It serves as a reference for further study in architectural practices.

Key Points

1The document covers various classifications and properties of wood used in architecture
2It discusses the significance of moisture content and treatment processes for wood
3The guide includes sections on wood composites and plastics that are relevant to construction
4Natural wood offers unique aesthetic and functional properties suitable for building materials
5Special attention is given to specific types of Philippine wood and their applications in construction.

Details

Category: Other

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