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Обучение чтению литературы на английском языке по специальности «Обработка металлов давлением» (120
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The |
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was designed and built by the company. It joins six other |
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-diepresss s, six |
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and four ring mills, making it |
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for Scot to offer |
c |
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hammers,wide range |
f part shapes, includingpossiblers, |
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bla ks, rings, hub , cylinders, hollows, torch |
ut/contoured parts, and |
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open |
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Scot Forge haustomersrecently acquired the Transvalor Forge simulat |
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ackadles. It |
ha |
proved |
th |
it can accu ately simulate the forgi g |
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spir |
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so |
optimal |
near-net-shape forging can be planned aond |
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to |
ling designed. The simulation approach replaces the need to conduct |
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shop-floor trials with n w tooling. |
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III. Answer the qu stions. |
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-die hydraulic press |
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1. In what way does |
a new two-column- |
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expand capability of Scot Forge? 2. What are the improved |
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of this new |
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3. Would you open |
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materials with |
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higher deformation |
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the press us s |
its work? 4. What forgings |
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be produced by usi |
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press?his w press? 5. Can youmerategive short |
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characteristics |
of |
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propertiesnew wo-column-open-die |
hydraulic |
presstechnicalof S ot |
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Forge? 6. What does close-to- |
et-shape forging result in? 7. What are the |
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advantages of simulation package, recently acquired by Scot Forge? |
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IV. Translate the following word combinations. |
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deformation |
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A |
ustom-built |
open-die |
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press; high |
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train; comp |
lose-to- |
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-shape parts;hydratwo-column unit; |
10-bolster die |
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modeling software; eff cient tool |
changes; an optimal |
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forging |
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plan; |
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precise tool desulicgn; carbon and alloy forgings; |
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diver |
pa uterconfigurations; |
heavy and |
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forgings; reverse |
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properties;extru ionprocessocesses. |
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V. What do these figures stand for? Giveintricatefull sentence answer. |
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1) 11,000 hp |
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2) 5,500 tons 3) 200,000 lb |
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4) 200 |
5) 14.315ft |
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VI. Gr mmar task. |
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negation. |
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Translate the sente ces |
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rm no stroke. 2. No |
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1. The screw does not move,expressing. . it does perf |
forging equipment can perform all rolling operations. 3. Nobody could
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und stand what |
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was |
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spoken |
about. |
4. In no case is the |
bar |
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completely hardened throughout on the account of itsthick ess. 5. No |
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material is a perfect conductor, and no material is a perfect insulator. |
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SUPPLEMENT |
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I. Rendering (orally or in written form) |
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Образ ц подготовки к пересказу |
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на примере текста “Co |
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puter Aided Simulation |
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separation |
and unific tion of flow |
conventionalof workpi ce and g ometry of |
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of Complex Three-Di |
ens |
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techn q |
is |
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and |
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An adv nced computer aided simulatio |
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used for di gnosis and innovation of |
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Extrusion”usion pr cesses |
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of |
hollow |
as well as solid products. It is also utilizued fordevelopedpment |
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new multi-billet complex extr |
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process through |
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pl |
ral |
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b llets |
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simultaneo |
ly extruded into |
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unified composite pr duct. |
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eces in various extrusion |
processthreeusionare characterized. Efwhich of |
die |
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Throughare series of simulations |
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-dime |
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metal lows of work- |
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between them. It is concluded that the developed simulationplasticchnique |
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and |
other |
working conditio |
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various |
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ures |
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geometriesex uded product are |
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tly analyzed. The results arfe |
zone, |
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wi |
sion |
pressure, de d zone formation, geom tries |
of |
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experi ent l meconsistea urements and fairly good agreem |
comparedis foun |
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is |
highly useful and effective |
for establishment of advanced |
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extrusion |
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technology for the future. |
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текста. 2. Просмо рите т кст |
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и |
Задания. 1. П реведите |
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его |
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осн вную |
идею. 3. |
Сделайте |
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перевод |
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каждогосформулируйтепредлож ия с опорназванией его основу и |
ключевые |
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слова. |
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1 |
Компьютерное |
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делирование |
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процесса |
выдавливания |
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Образец выпол |
ния задания. |
моделирования |
как |
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нового, |
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компьютерной |
технологией |
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сложных объемных |
форм. |
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22 |
2. |
Основной ид |
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текста является ознакомление читателя с |
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различных |
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перспективного метода анализа |
контроля |
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процессов, происходящих |
п |
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выдавливании |
как |
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высокоэффективногоолых, так цельнокова ых деталей. |
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ия |
разработана |
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3. Технология |
компьютерного |
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процессов |
выдавливания как полых,моделироватак |
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ваных деталей. |
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используется для диагностики |
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модернизации |
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традиционных |
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Она также |
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для |
разработки |
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одновременного |
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бъемного |
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талла заг |
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припроцессазличных |
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перацион |
применяетсяых усл в й на сам |
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выдавливания, образовандруги |
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сразу нескольких заготовок. С помощью |
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выдавл ва течения. Вл яние |
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геометртовки |
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штампа |
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компьютерного |
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мод лирования |
можно цельнокб юдать характер |
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мертвой |
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зоны, |
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геометрия |
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зоны |
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дефопроцессах, |
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другие параметры постоянно процессбрабатываютсяпластическойанализируются. |
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геометрия |
готового продукта, з на текучести металла — все эт |
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пол ченные |
при |
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мпьютерном |
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моделировании, |
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Результаты,м тод мод лированиясоответствуюточ нь полезенэкспериментальнымэффективен для создания |
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олностью |
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аналогам. |
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В |
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перспективных технологий выдавливания. |
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заключение |
следует отм тить, что |
разработанный современный |
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Тексты для самостоятельной работы |
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Text 1. |
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ysis and Experiment |
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The |
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in Simultaneous Rod-Flange Extrusion |
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isAnal |
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new cold forging process in which |
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a compo |
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is formed from |
rather |
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billet to an axis-symmetric |
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simultan |
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usly in processthe |
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and for |
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u |
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an |
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roc ss presentedthe |
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having |
investigaticylindricaldirectionsu ing UBET method |
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g |
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net-s |
pe |
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oduct |
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three different |
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by |
extrudi |
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unch. |
In |
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order |
to ex mine |
char cte istics and po |
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bilities of |
this |
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experimThe |
imental alyticalpredicted |
odes |
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of diametersrial f ow advancedshow |
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30 % lower |
work withdialuminum w rk- |
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being |
carried |
ut. |
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than the predicted |
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is found that the final filling |
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satisfactory coincidence. The experimen |
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piecesload |
re usually by 20 % to |
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loads are nearly the same for all ge |
metrical parameters of the product |
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tested. Thus no material defects areloadsbserved. |
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23 |
![](/html/65386/468/html_85jg6TJBid.FeFB/htmlconvd-KDHLln24x1.jpg)
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Text |
2. |
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of Stainless Steel Tube Drawing Process |
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pressurized Developmentoil nt, |
wh ch |
solves |
two omain |
drawi |
usingof |
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The |
most impo tant |
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problem |
on |
stainless |
tube |
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is |
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. It can be r |
ug |
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ly classified into convers on coating and oil |
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, although |
both are not |
theufficientube |
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f |
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the viewpoint |
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ity and cost. We developed |
dr wing method |
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lubrication. This |
ubricport is divided |
into |
two |
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a |
ts; |
the fundamental |
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dev lopment and the prac ical appl cation. In the first |
par ,problethe ubricity |
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second part, the development of practical |
equipment |
is repor ed. This |
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und high pressure and the effect |
pressure are |
investigated. In the |
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practicalubrication process has been simplified. |
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operated, and the |
total |
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equipment has |
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been favourably |
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II. Giving Talks and |
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Consider the following phrases Presentationsused different stages of |
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presentations. |
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Dealing with |
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Introducing the topic |
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oday I’d like to ... (describe ...) |
Can I get backquestionsto yo on that |
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is morning I'm going to talk |
That's |
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good point. / I’m glad |
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about ... |
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this |
you asked that |
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The aim of my |
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later? |
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I’ll movepresentationto ... |
Feel fr to / Do interrupt |
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morning is to ... |
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he |
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't have |
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I've divided my |
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at present. |
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into ... ( |
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parts) |
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I'm informatiaid I'monot the |
ight person |
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Second,T I'll focus |
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... |
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understand. |
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First, I’dthreelik to ... |
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o answ |
that. |
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(the financial |
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fuestionsyo have any questions, |
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role of technology) |
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me if th |
re's anything you don't |
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Finally, let’s consider ... |
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I'd be pleased / I'll do my best |
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technical aspects) |
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q |
don't mind, we'll leave |
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After that we'll |
al with … |
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till the end. |
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24 |
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to answer them. |
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Introducing |
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section |
Refer ing to information |
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So, let's |
tarteachwit |
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This transparency / diagram |
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Let'sobjectivesurn ur attention to ... |
I'd like to draw your attention |
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the |
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... |
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to the next |
shows ... |
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Now let' |
move |
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f you look at this graph you |
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part. |
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can see ... |
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This |
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eads me to ... |
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to ... |
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earlier ... |
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Finally let's consider ... |
As I |
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I'll saymentionedre bout |
later. |
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( role |
f ...) |
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latther. |
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W 'll come back tothis point |
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you know ... |
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Summar zing a section |
As I’m sure yo are aware ... |
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Checking understanding |
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(d cription of ...) |
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... |
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there any questions? |
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mplet |
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Is that cle |
r? |
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concludes my talk. |
Are you following me? |
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prese |
tation. |
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That |
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me to the end of my |
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So, tobringsummarize the main |
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In conclusion let me … |
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idea … |
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25
Предисловие |
... |
CONTENTS |
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1 |
MetalForgingWorking Tech ologies Fields of Application |
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2 |
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3 |
Co |
on Applications of Forged Components |
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Hammers............................................................. |
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4 |
Forging Equipment |
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1) |
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5 |
High-Energy Screw Press |
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(2) |
Steel Pipe Extrusion Press |
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Unit 6.Presses(3) ...... |
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A New Type of Oil Hydraulic Drive Horizontal Upset |
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Forging Press |
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Unit 7. Presses (4) ......... |
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A New Two-Column Custom-Built Open-Die
Hydraulic Press
Supplement ................................................
I. Rendering ....................................
I. Giving Talks and Presentations
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ПрКоноваловаозоровскаяЧТЕНИЮСветлан ЛеонидовнаНиколаевна
Учебноеатальяизд ние
ОБУЧЕНИЕААНГЛИЙСКОМЛИТЕРАТУРЫЯЗЫКЕ «ОбработкаПО СПЕЦИметалловАЛЬНОСТИдавлением»
КомпьютернКорректорТиражя ве сткаЕ.К. Кошелева. . Серебряковой УслПодписано. печ. л. 1,4в печ. ть 31100.03.2011экз. ИздФормат. № 3560. Заказ×84/16. ИздательствоТипография МГТУим.. .Э.Э..Баумана..
105005, Москва, 2-я Бауманская л., 5.
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ДЛЯ ЗАМЕТОК
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