- •Учебное пособие
- •Предисловие
- •Аннотация
- •Unit 1 Newwords
- •Word Combinations
- •Exercise 1. Match the terms with their definitions
- •Text 1 a. Are Gas Engines Now More Efficient Than Diesel?
- •Text 1b. Diesel Engines vs Gas Engines - Reliability, Efficiency
- •Read the text and answer the following questions.
- •Text 1c. Engines and Exhaust after Treatment Systems for Future Automotive Applications
- •Emission control systems with chemical and physical sensors
- •Word Combinations
- •Glossary
- •Text 2a. Turbocharging, Dl, and More Boost 2011-12 Vehicle Applications for gm's do-it-all global four-cylinder
- •Read and translate the text paying attention to the new word combinations.
- •First Results from National ev Trial
- •Unit 3 New words
- •Word-combinations
- •Text 3 a. Progress in Fiber Reinforced Resin Composite Technology
- •Composites save weight
- •A new composites fabrication line
- •Topics for reports
- •Text 3 b. Uk Specialist Drives Composite Advance
- •Unit 4 New words
- •Word combinations
- •Glossary
- •Text 4 a. Laser Revolutionizes Axle Design
- •Laser-welded, hot-stamped door ring in 2014 Acura mdx
- •Deep Penetration Laser Welding
- •Automotive Laser Welding Applications
- •Text 4b. Laser welding of aluminum alloys
- •High speed laser welding for automobile exhaust components
- •Self-Driving Cars Gain Backing of u.S. Regulators
- •Text 4c. Laser Welding in the Automotive Industry Welding of Automotive Components
- •Unit 5 New words
- •Words combinations:
- •Tex 5 a. Unlocking the full potential of lithium-ion battery technology
- •Text 5 b.Lead-Acid’s Unmatched Sustainability Read the text and make up a logical utterance with the help of the conjunctions:
- •Text 5 c. Lithium- ion Batteries
- •Read the following text and state advantages and disadvantages of lithium-ion batteries.
- •Text 5 d
- •New words
- •Text 6 a. World's First Fully Active, Regenerative Suspension for Automobiles
- •2. Discuss the results of the experiments. Consult the table and speak on the benefits of a power regenerative suspension systemfor improving mobility of the rough terrain vehicles.
- •Topics for report:
- •Text 6 b. Types of Suspensions (gallery)
- •I. Rear Suspension - Dependent (Linked) Systems
- •II. Rear Suspension - Independent Systems
- •III.Double Wishbone Suspension Systems.
- •Supplement
- •1. Supplementary Texts
- •Chassis(Unit 2)
- •Industrial Lasers and Applications in Automotive Welding (Unit 4)
- •Introduction
- •Industrial Laser Types
- •Nanotechnology in Batteries(Unit 5)
- •Independent Front Suspension System(Unit 6)
- •2. Presenting a Paper
- •3. Units of Measurement
- •4. Keys to exercises: Unit 1
- •Text 5 b
- •3. European Commission. Euro 5 and Euro 6 - Emissions from Light Duty Vehicles
- •CoNtents Unit 1
- •Иванова Людмила Ивановна Нещадим Ирина Oлеговна
Topics for reports
1. Application of composite materials in automotive research.
2. Aspects of lightweight car design.
3. Advances in car design
4. Composite materials and car performance.
Text 3 b. Uk Specialist Drives Composite Advance
Read text 3 B and render it in English:
1. For some time, the automobile industry has been searching for cost-effective lightweight carbon fiber technologies capable of improving speed and fuel efficiency. In the unique body panels developed by UK advanced composites specialist SP and used on the newly-launched MG X-Power SV sports car, it could just have found what it is looking for. 2. Until now, carbon fiber used in performance vehicles has proved complex and costly to manufacture. Not surprisingly, it has only been used on cars that cost at least £200,000 ($366,600). The demand for customized performance cars at series production costs has, however, fuelled a global drive to develop a solution that will address the two most important requirements: performance and looks. SP has been at the heart of this activity - and has come up with a technique that reduces the average cost of a carbon body shell from more than £40,000 ($73,327) to around £10,000 ($18,331).
3. SP's expertise derives from its involvement in revolutionary changes in boatbuilding techniques in the 1980s. SP has become a leading supplier of advanced composites for the marine, wind energy and automotive markets. It has also built a reputation for the skill with which it combines material science, structural design and process engineering. In the automobile market, its reputation owes much to SPRINT® CBS, a material that weighs 20% that of steel for the equivalent stiffness, and SF95, a surfacing film that matches the car's performance. For mass producing 20,000 cars, steel and aluminum are still likely to be the cheapest option, but for 5 to 2,000 production, carbon fiber could be the answer.
(1381 characters )
Notes: SP - a leading supplier of advanced composites for the marine, wind energy and automotive markets.
Unit 4 New words
Nouns
1 |
axle |
ось |
2 |
welding |
сварка |
3 |
predecessor |
предшественник |
4 |
lubricant |
смазка |
5 |
torque |
вращающий момент |
6 |
joint |
соединение (шов) |
7 |
ribbing |
ребристость, неровность |
8 |
distribution |
распределение |
9 |
feature |
особенность |
10 |
compatibility |
совместимость |
Verbs
1 |
weld |
сваривать |
2 |
allow |
позволять |
3 |
eliminate |
сокращать, устранять |
4 |
involve |
предусматривать |
5 |
join |
соединять |
6 |
incorporate |
включать |
Adjectives
1 |
pneumatic |
пневматический |
2 |
available |
имеющийся |
3 |
rear |
задний |
4 |
parasitic |
избыточный |
5 |
autogenous |
газовый |
6 |
remaining |
остающийся |
7 |
sacrificial |
присадочный |
8 |
smooth |
гладкий |
9 |
stiff |
жесткий |
10 |
single |
монолитный, единый |
11 |
sliding |
скользящий |
