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In that way, so, that. A bura-ashi to do in that way. A bura-daru, an oil-tub. A bura-de, sweaty hands. A bura-gaABAI,-a,-atta, t. To shield or screen mi, oil-paper. Abura-hi, an oil light. Abura-kasu, oil-cake.

To be broken open; the membrane that encloses the fat. Abura-mushi, a cockroach. To break or dig nuki, anything that extracts grease. A burathing else; to expose or divulge; as, a shime, an oil-press.

A bura-tsubo, an secret. Abura-tsugi, an oil-can. The side of the chest. A rib. A dilapidated house, a a lamp-cup. Anything fried in oil.

ABARE,-r,-ta, i. To become violent, turbulent, or destructive man- oily on the surface, to be covered with ner; to be disorderly, riotous, sweat.

Oily, fatty, greasy in taste. A bamboo needle used for flesh. The rapeseed plant. ABATA, n. ABURE,-ru,-ia, i. In a contrary, oppo- undate, to be covered with a multitude; site, or reversed manner; inside out, to be left over. A ruffian, disorderly Aai,-ru,-ta, t. To bathe by pouring fellow. ABURI,-ru,-tia, t. A kind of lizard.

To pour water over or toast. Aburi-kawakasu, to dry at or bathe another, the fire. Aburi-kogasu, to char or ABU, n. A horse-fly. Bubbles, froth, foam. ABUMI, n. A stirrup. A gridiron. ACHI, adv. There, that place. Here and there, all be fearful. There, that place, yonder. Abunai, take care. ADA, n. An enemy, adversary, foe. The danger, peril, hazard. Useless, vain, empty, fictitious. AGE,-rU,-ta, t. To elevate, to raise, Ada-dama, a ball or shot that missed to give, to offer in sacrifice, to reckon, the mark.

Ada-bana, blossoms which to tell, to finish. Ada-guchi, empty, tri- AGE,-ru,-ta, t. To fry. AGE, n. A tuck in a garment. A landing, wharf, jetty, a changeable, unsteady. An enemy. A trap door. Just, precisely, exactly. Weaning a child. A brazier placed on a dolent, fond of pleasure. ADA-NA, a. At last, finally. A fictitious name, nick- hair left over the temples in shaving a name. Uselessly, vainly, un- from three to ten years; a kind of bowprofitably.

To elevate ing. ADENA, a. Beautiful, gay, genteel. A frying-pan. To discuss, to in appearance. Ignorant, AGI, n. The lower jaw. The chin, lower against which a target is plaeed. To receive, to AGMI,-mu,-nda, i. Tired, wearied, be intrusted with, to have consigned or to have one's patience exhausted.

To be surfeited, of, to partake or participate in, to be glutted. Sitting with the legs crossed the recipient of. To commit to the AHEN, n. The domestic duck.

AHO, n. A small red bean. Foolish, silly, ru. AGAKI,-ku,-ita, i. To paw with the AI, itsukushimi , n. Love, affection. Indigo, the Polygonum Tineback; to struggle, scramble; to exert, torium. Ai, kanashzimi , n. To exalt, to adore, grief. AI, n. To atone for, to during, between. To meet, to meet redeem, to make good. To ascend, rise, go to find.

To agree, correspond, to come; to be confiscated or taken accord, suit, fit. At various intervals of finished. Agari-ba, a platform, a raised time or space; together. A fellow watchman. Agari-denji, con- AI-BI, n. The plank laid from a boat to fiscated land.

Agari-guchi, the en- land by. The same as Ayugari, rise and fall, up and down. Aga- mi-ai. A mutual retreat or withcated house. A fellow chairbearer or coolie. To be in love with back on each other.

In an uncourteous, AIDA, n. Interval of space or time, time, uncivil or rude manner. Kind, civil, couras, because. Relations, connections. AITA, exclam. It hurts, it pains. Mutually, together, mates. AIDZU, n. A signal, sign. AI-TAI,-ki,-ku, a. A large sledge-hammer. Face to face, opposite to each dyeing. Printed with blue figures. AI-GAI, n. Mutual injury. Belonging to the same com- ly, without the intervention of a third pany. Privately, by themselves, the disease, a specific.

An ensign, banner, badge, of others. AITE, n. A false key, a fellow key to an opponent, antagonist, adversary, the same lock. Certainly, positive- fair. Two persons under one um- enemy or opposing party as in a lawbrella.

That low tellow. The daughter-in-law's or terpart, or impression. A fellow officer. A short sword without a or daughters-in-law in the same family. AIzoME, n. A nail fixed in the edge of a AJI, n. Taste, flavor.

To be oppo- py, miserable, wearily. Without flavor, tasteless. A woven work of bamboo, face to face. The Hydrangea. AjIWAI, n. To taste, to try, course, amicable and familiar terms. Lovely, darling, pretty, AKAI n. The water placed by the Budsweet, beautiful. Salutation, acknowledgment water. The dirt or grease of the body, tie a difficulty between parties at vari- the dirt or slime of water, dirt. AKA, a. A beet. A red stone. Beloved child.

Love, attachment; civil, cour- pills, and used for pain in the stomteous, or polite in treatment of others. A species of frog having affection or attachment to another; to a beautifully striped skin, treat with rudeness or incivility.

AKAGE, n. Red hair. The name of a tree; lit. The dawn of day, dayred oak. Chaps, or cracks on the AKE,-ru,-ta, t. To open; to hands or feet produced by cold.

AKAGO, n. An infant. AKE, n. The opening dawn. Blushing for shame, shame. The dim dawn of the AKAI,-ki, a. The dawn. To dawn, to it is not red. Red pine. AKAME,-r,-ta, t. The rising and setting of redden. To confront night, constantly. AKENI, n.

A redness, a red color or in traveling. Opening and shutting. AKI, n. Autumn, fall. To turn or AKI,-ku or kiru, aita, i. To be full, become red; as the leaves or fruit. To become of, wearied. Satiety, fulness, enough. AKANE, n. The name of a root used for ga deru, to get tired of anything.

AKI, aku, aita, i. Any thing that will ty, vacant, unoccupied; to begin. An empty box. A merchant, trader. A red face. To become uncultivated ground. A vacant shop or house. The gills of a fish. To be comclearly. To be dis- thing, disgusted. A vacant house. AKARI, n. The light, a light.

A sky-light. Merchandise, goods. A window, or any place traffic, to buy and sell. Trade, traffic, commerce. Light not dark. A merchant-ship. Merchandise, goods, degree of light.

AKASA, n. A merchant, trader, tradesness. Easily tired, soon satisfied, known something concealed, to confess, fickle. Clear, plain, intelligible; whole night in doing anything. Proof, evidence. Red lines, or veins. To clear, to make boat. The rain dropping from the to satisfy, or set the mind at rest, to be eaves.

Ease or relief of mind from ducting rain-water from the trough. A convent or nunnery. AMADO, n. To be astonished, sliding-doors. A rain-coat. A rain-hat, or an umbrella.

A tree-frog. AKI-YA, n. Not enough, not up to procure rain. AMAGU, n. To be rain; as an umbrella, rain-coat. Sweet, pleasant to the taste, struck. In a vacant, empty tight, having too much play; soft, as, manner; having nothing to occupy metal; foolish. Slightly salted. AKKI, n. Evil spirits, a demon. To have the AKKI, n. Noxious vapors, miasma. AKK6, a. AKU, n. A leaking of rain through Aiu, a. Bad, wlicked, evil, malignant, the roof; a small court-yard in the cennoxious, virulent, foul.

A gathering of the clouds - bzyb, a malignant disease. To taste with go, evil deeds. Everywhere, universally, nin, a bad man. To relish, delanguage. Yawning, gaping. The milky way. Quickly producing satie- centre of a house; the gutter or place ty, cloying, palling, gross in taste; not where the rain-drops fall from the eaves delicate, refined, or proper; florid.

AKU-MA, n. A demon, devil. AMA-OI, n. A malicious spirit of a dead keep off the rain. The dawning or opening of over and above. To exceed, to be hi, the next day. AKUTA, n. Dirt, litter, filth. AMARI, n. That which is left over, the AMA, n.

A Buddhist nun. AMA, n. A fisherwoman. AMARI, adv. Very, exceedingly, more AMA, n. Heaven, the sky; used only in than, too, above. Clearing off of rain. Sun-dried, without being immoderate, inordinate, extraordinasalted. The state or degree of sweetsion, used as a medicine, and for wash- ness. To let remain, leav sary of his birth.

An outside or rain door, ANA, n. A hole, cave, pit, mine. Having the appearance of temn, scorn, look down upon, disdain. Contempt, disdain, scorn. By compulsion, right more. AMATA, a. Many, much. ANAGO, n. A species of eel. Shelter from the rain. To humor, underground. The game of pitch-penny. ANAJI, n. Fistula in ano. AMAYE, n. That side, there; you. To be humored, in a temple, to enshrine. Nonsense, foolishness. AMA-YO, n. A rainy night. ANDO, n. A rain screen. A lamp.

ANDZU, n. AMBAI, n. The seasoning or taste of ANE, n. Older sister. One who acts the part of manner. Older sister's husband, happy. AME, n. A Buddhist priest who wanAME, n. The sky, heavens. Ametsuchi, ders or travels about from one sacred heaven and earth, place to another for religious purposes; AME, n. Rainy weather. A yellow-haired ox. AMI, n. Contrary to seine. AMI,-mu,-nda, t.

To net, or make ANI, n. Older brother. One who acts the part of an with strings; to compose. The name of Buddha. AMI-DO, n. A door made of wire gauze. ANIKI, n. An older brother. Living in ease, without work, rattan. A fisherman. A shirt made of net-work, sister-in-law.

Imbecile, ments from sweat. AMMA, n. Shampooing, also a shampoo- ANJI,-dzuru,-ta, t. To tranquilize, er. A shampooer. AMMON, n. A first or rough copy. ANJI,-jiru or dzuru,-ita, i.

To think AMPI, yasuku inayu , n. Whether well anxiously about, to be anxious, conor not, welfare, health. ANJI, n. Shampooing or rubbing the anxiety, care, concern. To call to mind, AN, n. Minced meat, or a mixture of. AN, omoi , a. To live in pectation; also the table, bar or bench constant anxiety, to pass the time anxibefore a judge; a case or action in law. To ponder prise, disgust; how! To be anxious Aogi-fusu, to lie with the face turned and distressed about, to be in anxious upward.

Aogi-negau, to supplicate suspense. To be look up at. To kindle by AN-KI, yasuki ayauki , n. Safety or fanning. A small green frog. A small box lined with Aoi,-ki, a. Light green or blue; pale; plaster, in which coals are kept for green, unripe; immature, inexperiwarming the hands. ANNA, a. That kind, manner or way; Aoi, n. The holly-hock. AOKU, adv. Knocking at a door or calling green. And if you're looking for a swing with a difference, consider a saucer swing that's big enough for two kids to play in at once - and they also double as a great place to sprawl and chill out!

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It is not only the proportion of latewood, but also its quality, that counts. In specimens that show a very large proportion of latewood it may be noticeably more porous and weigh considerably less than the latewood in pieces that contain less latewood.

One can judge comparative density, and therefore to some extent strength, by visual inspection. No satisfactory explanation can as yet be given for the exact mechanisms determining the formation of earlywood and latewood.

Several factors may be involved. In conifers, at least, rate of growth alone does not determine the proportion of the two portions of the ring, for in some cases the wood of slow growth is very hard and heavy, while in others the opposite is true. The quality of the site where the tree grows undoubtedly affects the character of the wood formed, though it is not possible to formulate a rule governing it. In general, however, it may be said that where strength or ease of working is essential, woods of moderate to slow growth should be chosen.

In ring-porous woods, each season's growth is always well defined, because the large pores formed early in the season abut on the denser tissue of the year before. In the case of the ring-porous hardwoods, there seems to exist a pretty definite relation between the rate of growth of timber and its properties.

This may be briefly summed up in the general statement that the more rapid the growth or the wider the rings of growth, the heavier, harder, stronger, and stiffer the wood. This, it must be remembered, applies only to ring-porous woods such as oak, ash, hickory, and others of the same group, and is, of course, subject to some exceptions and limitations.

In ring-porous woods of good growth, it is usually the latewood in which the thick-walled, strength-giving fibers are most abundant. As the breadth of ring diminishes, this latewood is reduced so that very slow growth produces comparatively light, porous wood composed of thin-walled vessels and wood parenchyma.

The latewood of good oak is dark colored and firm, and consists mostly of thick-walled fibers which form one-half or more of the wood.

In inferior oak, this latewood is much reduced both in quantity and quality. Such variation is very largely the result of rate of growth. Wide-ringed wood is often called "second-growth", because the growth of the young timber in open stands after the old trees have been removed is more rapid than in trees in a closed forest, and in the manufacture of articles where strength is an important consideration such "second-growth" hardwood material is preferred.

This is particularly the case in the choice of hickory for handles and spokes. Here not only strength, but toughness and resilience are important. The effect of rate of growth on the qualities of chestnut wood is summarized by the same authority as follows:. In the diffuse-porous woods, the demarcation between rings is not always so clear and in some cases is almost if not entirely invisible to the unaided eye.

Conversely, when there is a clear demarcation there may not be a noticeable difference in structure within the growth ring. In diffuse-porous woods, as has been stated, the vessels or pores are even-sized, so that the water conducting capability is scattered throughout the ring instead of collected in the earlywood. The effect of rate of growth is, therefore, not the same as in the ring-porous woods, approaching more nearly the conditions in the conifers.

In general it may be stated that such woods of medium growth afford stronger material than when very rapidly or very slowly grown. In many uses of wood, total strength is not the main consideration.

If ease of working is prized, wood should be chosen with regard to its uniformity of texture and straightness of grain, which will in most cases occur when there is little contrast between the latewood of one season's growth and the earlywood of the next.

Structural material that resembles ordinary, "dicot" or conifer timber in its gross handling characteristics is produced by a number of monocot plants, and these also are colloquially called wood. Of these, bamboo , botanically a member of the grass family, has considerable economic importance, larger culms being widely used as a building and construction material and in the manufacture of engineered flooring, panels and veneer.

Another major plant group that produces material that often is called wood are the palms. Of much less importance are plants such as Pandanus , Dracaena and Cordyline. With all this material, the structure and composition of the processed raw material is quite different from ordinary wood. The single most revealing property of wood as an indicator of wood quality is specific gravity Timell , [20] as both pulp yield and lumber strength are determined by it.

Specific gravity is the ratio of the mass of a substance to the mass of an equal volume of water; density is the ratio of a mass of a quantity of a substance to the volume of that quantity and is expressed in mass per unit substance, e.

The terms are essentially equivalent as long as the metric system is used. Upon drying, wood shrinks and its density increases. Minimum values are associated with green water-saturated wood and are referred to as basic specific gravity Timell Age, diameter, height, radial trunk growth, geographical location, site and growing conditions, silvicultural treatment, and seed source all to some degree influence wood density.

Variation is to be expected. Within an individual tree, the variation in wood density is often as great as or even greater than that between different trees Timell The following tables list the mechanical properties of wood and lumber plant species, including bamboo.

Wood properties: [22] [23]. Bamboo properties: [24] [23]. It is common to classify wood as either softwood or hardwood. The wood from conifers e. These names are a bit misleading, as hardwoods are not necessarily hard, and softwoods are not necessarily soft. The well-known balsa a hardwood is actually softer than any commercial softwood. Conversely, some softwoods e.

There is a strong relationship between the properties of wood and the properties of the particular tree that yielded it. The density of a wood correlates with its strength mechanical properties. For example, mahogany is a medium-dense hardwood that is excellent for fine furniture crafting, whereas balsa is light, making it useful for model building. One of the densest woods is black ironwood. Aside from water, wood has three main components. It is mainly five-carbon sugars that are linked in an irregular manner, in contrast to the cellulose.

Lignin confers the hydrophobic properties reflecting the fact that it is based on aromatic rings. These three components are interwoven, and direct covalent linkages exist between the lignin and the hemicellulose.

A major focus of the paper industry is the separation of the lignin from the cellulose, from which paper is made. In chemical terms, the difference between hardwood and softwood is reflected in the composition of the constituent lignin. Hardwood lignin is primarily derived from sinapyl alcohol and coniferyl alcohol. Softwood lignin is mainly derived from coniferyl alcohol. Aside from the structural polymers , i. These compounds are present in the extracellular space and can be extracted from the wood using different neutral solvents , such as acetone.

Generally, the softwood is richer in extractives than the hardwood. Their concentration increases from the cambium to the pith. Barks and branches also contain extractives. Wood extractives display different activities, some of them are produced in response to wounds, and some of them participate in natural defense against insects and fungi.

These compounds contribute to various physical and chemical properties of the wood, such as wood color, fragnance, durability, acoustic properties, hygroscopicity , adhesion, and drying. Some extractives are surface-active substances and unavoidably affect the surface properties of paper, such as water adsorption, friction and strength.

Extractives also account for paper smell, which is important when making food contact materials. Most wood extractives are lipophilic and only a little part is water-soluble. The concentrated liquid of volatile compounds extracted during steam distillation is called essential oil. Distillation of oleoresin obtained from many pines provides rosin and turpentine.

Most extractives can be categorized into three groups: aliphatic compounds , terpenes and phenolic compounds. Wood has a long history of being used as fuel, [37] which continues to this day, mostly in rural areas of the world. Hardwood is preferred over softwood because it creates less smoke and burns longer.

Adding a woodstove or fireplace to a home is often felt to add ambiance and warmth. Wood has been an important construction material since humans began building shelters, houses and boats.

Nearly all boats were made out of wood until the late 19th century, and wood remains in common use today in boat construction. Elm in particular was used for this purpose as it resisted decay as long as it was kept wet it also served for water pipe before the advent of more modern plumbing.

Wood to be used for construction work is commonly known as lumber in North America. Elsewhere, lumber usually refers to felled trees, and the word for sawn planks ready for use is timber. Today a wider variety of woods is used: solid wood doors are often made from poplar , small-knotted pine , and Douglas fir.

New domestic housing in many parts of the world today is commonly made from timber-framed construction. Engineered wood products are becoming a bigger part of the construction industry.

They may be used in both residential and commercial buildings as structural and aesthetic materials. In buildings made of other materials, wood will still be found as a supporting material, especially in roof construction, in interior doors and their frames, and as exterior cladding.

Wood is also commonly used as shuttering material to form the mold into which concrete is poured during reinforced concrete construction. A solid wood floor is a floor laid with planks or battens created from a single piece of timber, usually a hardwood. Since wood is hydroscopic it acquires and loses moisture from the ambient conditions around it this potential instability effectively limits the length and width of the boards. Solid hardwood flooring is usually cheaper than engineered timbers and damaged areas can be sanded down and refinished repeatedly, the number of times being limited only by the thickness of wood above the tongue.

Solid hardwood floors were originally used for structural purposes, being installed perpendicular to the wooden support beams of a building the joists or bearers and solid construction timber is still often used for sports floors as well as most traditional wood blocks, mosaics and parquetry.

Engineered wood products, glued building products "engineered" for application-specific performance requirements, are often used in construction and industrial applications. Glued engineered wood products are manufactured by bonding together wood strands, veneers, lumber or other forms of wood fiber with glue to form a larger, more efficient composite structural unit. These products include glued laminated timber glulam , wood structural panels including plywood , oriented strand board and composite panels , laminated veneer lumber LVL and other structural composite lumber SCL products, parallel strand lumber , and I-joists.

Wood unsuitable for construction in its native form may be broken down mechanically into fibers or chips or chemically into cellulose and used as a raw material for other building materials, such as engineered wood, as well as chipboard , hardboard , and medium-density fiberboard MDF. Such wood derivatives are widely used: wood fibers are an important component of most paper, and cellulose is used as a component of some synthetic materials.

Wood derivatives can be used for kinds of flooring, for example laminate flooring. Wood has always been used extensively for furniture , such as chairs and beds.

It is also used for tool handles and cutlery, such as chopsticks , toothpicks , and other utensils, like the wooden spoon and pencil. Further developments include new lignin glue applications, recyclable food packaging, rubber tire replacement applications, anti-bacterial medical agents, and high strength fabrics or composites.

Moisture content electronic monitoring can also enhance next generation wood protection. Wood has long been used as an artistic medium. It has been used to make sculptures and carvings for millennia. Examples include the totem poles carved by North American indigenous people from conifer trunks, often Western Red Cedar Thuja plicata.

Many types of sports equipment are made of wood, or were constructed of wood in the past. For example, cricket bats are typically made of white willow. The baseball bats which are legal for use in Major League Baseball are frequently made of ash wood or hickory , and in recent years have been constructed from maple even though that wood is somewhat more fragile.

NBA courts have been traditionally made out of parquetry. Many other types of sports and recreation equipment, such as skis , ice hockey sticks , lacrosse sticks and archery bows , were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, titanium or composite materials such as fiberglass and carbon fiber.

One noteworthy example of this trend is the family of golf clubs commonly known as the woods , the heads of which were traditionally made of persimmon wood in the early days of the game of golf, but are now generally made of metal or especially in the case of drivers carbon-fiber composites. Little is known about the bacteria that degrade cellulose. Symbiotic bacteria in Xylophaga may play a role in the degradation of sunken wood.

Alphaproteobacteria , Flavobacteria , Actinobacteria , Clostridia , and Bacteroidetes have been detected in wood submerged for over a year. From Wikipedia, the free encyclopedia. Fibrous material from trees or other plants. For a small forest, see woodland. For wood as a commodity, see timber. For other uses, see wood disambiguation , wooden disambiguation , or heartwood disambiguation.

This article needs additional citations for verification. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. Record, The Mechanical Properties of Wood [9].

This section needs additional citations for verification. August Learn how and when to remove this template message. See also: Janka hardness test. Main article: Wood fuel. Main article: Wood flooring. Main article: Engineered wood. Trees portal. Cambridge University Press. August 12,

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