- •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 1c. Engines and Exhaust after Treatment Systems for Future Automotive Applications
- •Text 1b. Diesel Engines vs Gas Engines - Reliability, Efficiency
- •Read the text and answer the following questions.
- •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
Word-combinations
1 |
the lightweight but strong and stiff composites of fiber-reinforced resin |
легкие, но прочные и жесткие композиционные материалы, созданные на основе смол и армированные волокнами |
2 |
mass - efficient carbon-fiber bodies |
кузова с облегченной массой, выполненные из углепластика |
3 |
continuedtechnicaladvancement |
непрерывное техническое развитие (появление новых идей) |
4 |
low-cost, mass-produced auto chassis and bodies |
серийные шасси и кузова с низкой себестоимостью (дешевые) |
5 |
weight savings |
снижениевеса |
6 |
the relative weight savings and costs |
разумное соотношение цены и веса |
7 |
current carbon-fiber-reinforced polymer composites |
современные композиты на полимерной основе, армированные углеродными волокнами |
8 |
careful predictive analysis |
тщательныйпрогноз |
9 |
finite element analysis |
методконечныхэлементов |
10 |
crash performance equivalent to that of a steel structure |
результаты краш анализа, свидетельствующие о сходстве с прочностными характеристиками стали |
11 |
carbon-fiberprecursors |
предшественники углепластика (композиты на полимерной основе) |
12 |
lighter-weight interior crossbar beams |
легкие внутренние поперечные балки (штанги) |
13 |
the benefits of advancements in polymer composite technology |
преимущества развития технологии полимерных композитов |
14 |
to be up to the challenge |
быть перспективным, отвечать современным требованиям |
15 |
to exhibit stiffness as well as modal and crash performance |
демонстрироватьжесткостьипрочность |
16 |
to reduce durability and noise issues |
зд. повышать срок службы и уменьшать проблемы, связанные с шумом и долговечностью |
17 |
control arms |
шаровая опора подвески |
18 |
Unsprangmass |
неподрессоренная масса |
Exercise 1. Match the pairs of synonyms
1 |
advancement |
a |
Cut |
2 |
substitute |
b |
progress |
3 |
reduce |
c |
replace |
4 |
reinforce |
d |
Give |
5 |
challenge |
e |
Near |
6 |
Yield |
f |
strengthen |
7 |
foreseeable |
g |
advantage |
8 |
benefit |
h |
result in |
9 |
performance |
i |
problem |
10 |
cause |
j |
efficiency |
1 |
2 |
3 |
4 |
5 |
6 |
7 |
8 |
9 |
10 |
|
|
|
|
|
|
|
|
|
|
Exercise 2. Translate the following sentences paying attention to the Participle.
1. Composite suspension components such as control arms need to be as lightweight as possible to reduce durabilityand noise issuescaused by large unsprang mass.
2. Race cars and exotic sports car prototypes featuring mass - efficient carbon-fiber bodies started to appear.
3. Unlike the linear operation of a conventional fixed-flow pump, the volume of oil being pumped varies with rpm.
4. Sandwich composites are becoming more and more popular in structural design, mainly for their ability to substantially decrease weight while maintaining mechanical performance.
5.This weight reduction results in a number of benefits, including increased range, higher payloads and decreased fuel consumption.