structural materials - перевод на русский
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structural materials - перевод на русский

PROVISION OF LOANS BY THE INTERNATIONAL MONETARY FUND AND WORLD BANK TO COUNTRIES THAT EXPERIENCED ECONOMIC CRISES
Structural adjustment program; Structural Adjustment Program; Structural adjustment loan; Structural adjustment policy; Structural Adjustment Loans; Structural Adjustment Loan; Structural adjustment loans; Structural adjustment programs; Structural Adjustment Programs; Structural adjustments; Structural Adjustment Programme; Structural Adjustment Policies; Structural adjustment programme; Structural reforms
Найдено результатов: 939
structural materials         
  • Bamboo [[scaffolding]] can reach great heights.
  • The interior of the [[Sagrada Familia]], constructed of [[reinforced concrete]] to a design by [[Antoni Gaudí]]
  • Flemish bond]]
  • The reconstructed [[Globe Theatre]], London, by [[Buro Happold]]
  • Stress vs. strain curve typical of aluminium<br>
1. Ultimate strength<br>
2. [[Yield strength]]<br>
3. Proportional Limit Stress<br>
4. Rupture<br>
5. Offset strain (typically 0.002).
MATERIAL WHOSE PRIMARY PURPOSE IS TO TRANSMIT OR SUPPORT A FORCE
Structural materials

строительное дело

конструкционные материалы

structural materials         
  • Bamboo [[scaffolding]] can reach great heights.
  • The interior of the [[Sagrada Familia]], constructed of [[reinforced concrete]] to a design by [[Antoni Gaudí]]
  • Flemish bond]]
  • The reconstructed [[Globe Theatre]], London, by [[Buro Happold]]
  • Stress vs. strain curve typical of aluminium<br>
1. Ultimate strength<br>
2. [[Yield strength]]<br>
3. Proportional Limit Stress<br>
4. Rupture<br>
5. Offset strain (typically 0.002).
MATERIAL WHOSE PRIMARY PURPOSE IS TO TRANSMIT OR SUPPORT A FORCE
Structural materials
конструкционные материалы
structural material         
  • Bamboo [[scaffolding]] can reach great heights.
  • The interior of the [[Sagrada Familia]], constructed of [[reinforced concrete]] to a design by [[Antoni Gaudí]]
  • Flemish bond]]
  • The reconstructed [[Globe Theatre]], London, by [[Buro Happold]]
  • Stress vs. strain curve typical of aluminium<br>
1. Ultimate strength<br>
2. [[Yield strength]]<br>
3. Proportional Limit Stress<br>
4. Rupture<br>
5. Offset strain (typically 0.002).
MATERIAL WHOSE PRIMARY PURPOSE IS TO TRANSMIT OR SUPPORT A FORCE
Structural materials
конструкционный материал
structural material         
  • Bamboo [[scaffolding]] can reach great heights.
  • The interior of the [[Sagrada Familia]], constructed of [[reinforced concrete]] to a design by [[Antoni Gaudí]]
  • Flemish bond]]
  • The reconstructed [[Globe Theatre]], London, by [[Buro Happold]]
  • Stress vs. strain curve typical of aluminium<br>
1. Ultimate strength<br>
2. [[Yield strength]]<br>
3. Proportional Limit Stress<br>
4. Rupture<br>
5. Offset strain (typically 0.002).
MATERIAL WHOSE PRIMARY PURPOSE IS TO TRANSMIT OR SUPPORT A FORCE
Structural materials

общая лексика

конструкционный материал

materials science         
  • [[Buckminsterfullerene]] nanostructure
  • A [[scanning electron microscopy]] image of carbon nanotubes bundles
  • A 6&nbsp;μm diameter carbon filament (running from bottom left to top right) siting atop the much larger human hair
  • Beverage containers of all three materials types: ceramic (glass), metal (aluminum), and polymer (plastic).
  • A phase diagram for a binary system displaying a eutectic point
  • Expanded polystyrene polymer packaging
  • solid state physics]]”.
  • Six classes of conventional engineering materials
  • The materials paradigm represented in the form of a tetrahedron
  • The iridescent [[nacre]] inside a [[nautilus]] shell
  • Microstructure of pearlite
  • doi= 10.1021/cm9801901}}</ref>
  • The repeating unit of the polymer polypropylene
  • Si<sub>3</sub>N<sub>4</sub> ceramic bearing parts
  • doi-access=free }}</ref>
  • Wire rope made from [[steel]] alloy
  • A late [[Bronze Age sword]] or dagger blade
RESEARCH, DISCOVERY AND DESIGN OF PHYSICAL MATERIALS (ESPECIALLY SOLIDS)
Materials Science; Material science; Materials engineering; Material engineering; Materials Science and Technology; Material Science; Material Engineering; Matsci; Materials engineer; Advanced material; Materials science and engineering; Materials scientist; Engineered materials; Material sciences; Metallurgy & Materials Engineering; Materials Science & Engineering; Materials research; Materials Chemistry; Materials physics; Materials Technology; Materials technology; Materials Scientist; Material scientist; Materials chemistry; Materials Engineering; Engineering materials; Materials Science Engineering; Materials science engineering; Materials sciences; Digital materials; Material Science and Engineering; Digital Materials; Material Sciences; Material chemistry; Material physics; Science of Materials; Engineering material; Science of materials; Modern materials

[mə'ti(ə)riəlzsaiəns]

специальный термин

материаловедение

наука о материалах

engineering materials         
  • [[Buckminsterfullerene]] nanostructure
  • A [[scanning electron microscopy]] image of carbon nanotubes bundles
  • A 6&nbsp;μm diameter carbon filament (running from bottom left to top right) siting atop the much larger human hair
  • Beverage containers of all three materials types: ceramic (glass), metal (aluminum), and polymer (plastic).
  • A phase diagram for a binary system displaying a eutectic point
  • Expanded polystyrene polymer packaging
  • solid state physics]]”.
  • Six classes of conventional engineering materials
  • The materials paradigm represented in the form of a tetrahedron
  • The iridescent [[nacre]] inside a [[nautilus]] shell
  • Microstructure of pearlite
  • doi= 10.1021/cm9801901}}</ref>
  • The repeating unit of the polymer polypropylene
  • Si<sub>3</sub>N<sub>4</sub> ceramic bearing parts
  • doi-access=free }}</ref>
  • Wire rope made from [[steel]] alloy
  • A late [[Bronze Age sword]] or dagger blade
RESEARCH, DISCOVERY AND DESIGN OF PHYSICAL MATERIALS (ESPECIALLY SOLIDS)
Materials Science; Material science; Materials engineering; Material engineering; Materials Science and Technology; Material Science; Material Engineering; Matsci; Materials engineer; Advanced material; Materials science and engineering; Materials scientist; Engineered materials; Material sciences; Metallurgy & Materials Engineering; Materials Science & Engineering; Materials research; Materials Chemistry; Materials physics; Materials Technology; Materials technology; Materials Scientist; Material scientist; Materials chemistry; Materials Engineering; Engineering materials; Materials Science Engineering; Materials science engineering; Materials sciences; Digital materials; Material Science and Engineering; Digital Materials; Material Sciences; Material chemistry; Material physics; Science of Materials; Engineering material; Science of materials; Modern materials

строительное дело

конструкционные материалы

engineering material         
  • [[Buckminsterfullerene]] nanostructure
  • A [[scanning electron microscopy]] image of carbon nanotubes bundles
  • A 6&nbsp;μm diameter carbon filament (running from bottom left to top right) siting atop the much larger human hair
  • Beverage containers of all three materials types: ceramic (glass), metal (aluminum), and polymer (plastic).
  • A phase diagram for a binary system displaying a eutectic point
  • Expanded polystyrene polymer packaging
  • solid state physics]]”.
  • Six classes of conventional engineering materials
  • The materials paradigm represented in the form of a tetrahedron
  • The iridescent [[nacre]] inside a [[nautilus]] shell
  • Microstructure of pearlite
  • doi= 10.1021/cm9801901}}</ref>
  • The repeating unit of the polymer polypropylene
  • Si<sub>3</sub>N<sub>4</sub> ceramic bearing parts
  • doi-access=free }}</ref>
  • Wire rope made from [[steel]] alloy
  • A late [[Bronze Age sword]] or dagger blade
RESEARCH, DISCOVERY AND DESIGN OF PHYSICAL MATERIALS (ESPECIALLY SOLIDS)
Materials Science; Material science; Materials engineering; Material engineering; Materials Science and Technology; Material Science; Material Engineering; Matsci; Materials engineer; Advanced material; Materials science and engineering; Materials scientist; Engineered materials; Material sciences; Metallurgy & Materials Engineering; Materials Science & Engineering; Materials research; Materials Chemistry; Materials physics; Materials Technology; Materials technology; Materials Scientist; Material scientist; Materials chemistry; Materials Engineering; Engineering materials; Materials Science Engineering; Materials science engineering; Materials sciences; Digital materials; Material Science and Engineering; Digital Materials; Material Sciences; Material chemistry; Material physics; Science of Materials; Engineering material; Science of materials; Modern materials

общая лексика

машиностроительный материал

science of materials         
  • [[Buckminsterfullerene]] nanostructure
  • A [[scanning electron microscopy]] image of carbon nanotubes bundles
  • A 6&nbsp;μm diameter carbon filament (running from bottom left to top right) siting atop the much larger human hair
  • Beverage containers of all three materials types: ceramic (glass), metal (aluminum), and polymer (plastic).
  • A phase diagram for a binary system displaying a eutectic point
  • Expanded polystyrene polymer packaging
  • solid state physics]]”.
  • Six classes of conventional engineering materials
  • The materials paradigm represented in the form of a tetrahedron
  • The iridescent [[nacre]] inside a [[nautilus]] shell
  • Microstructure of pearlite
  • doi= 10.1021/cm9801901}}</ref>
  • The repeating unit of the polymer polypropylene
  • Si<sub>3</sub>N<sub>4</sub> ceramic bearing parts
  • doi-access=free }}</ref>
  • Wire rope made from [[steel]] alloy
  • A late [[Bronze Age sword]] or dagger blade
RESEARCH, DISCOVERY AND DESIGN OF PHYSICAL MATERIALS (ESPECIALLY SOLIDS)
Materials Science; Material science; Materials engineering; Material engineering; Materials Science and Technology; Material Science; Material Engineering; Matsci; Materials engineer; Advanced material; Materials science and engineering; Materials scientist; Engineered materials; Material sciences; Metallurgy & Materials Engineering; Materials Science & Engineering; Materials research; Materials Chemistry; Materials physics; Materials Technology; Materials technology; Materials Scientist; Material scientist; Materials chemistry; Materials Engineering; Engineering materials; Materials Science Engineering; Materials science engineering; Materials sciences; Digital materials; Material Science and Engineering; Digital Materials; Material Sciences; Material chemistry; Material physics; Science of Materials; Engineering material; Science of materials; Modern materials

общая лексика

материаловедческий

материаловедение

structural component         
ENGINEERING TERM; STRUCTURAL PART OF A COMPLEX STRUCTURE
Structural member; Structural component; List of structural elements
несущий элемент конструкции
engineering materials         
  • [[Buckminsterfullerene]] nanostructure
  • A [[scanning electron microscopy]] image of carbon nanotubes bundles
  • A 6&nbsp;μm diameter carbon filament (running from bottom left to top right) siting atop the much larger human hair
  • Beverage containers of all three materials types: ceramic (glass), metal (aluminum), and polymer (plastic).
  • A phase diagram for a binary system displaying a eutectic point
  • Expanded polystyrene polymer packaging
  • solid state physics]]”.
  • Six classes of conventional engineering materials
  • The materials paradigm represented in the form of a tetrahedron
  • The iridescent [[nacre]] inside a [[nautilus]] shell
  • Microstructure of pearlite
  • doi= 10.1021/cm9801901}}</ref>
  • The repeating unit of the polymer polypropylene
  • Si<sub>3</sub>N<sub>4</sub> ceramic bearing parts
  • doi-access=free }}</ref>
  • Wire rope made from [[steel]] alloy
  • A late [[Bronze Age sword]] or dagger blade
RESEARCH, DISCOVERY AND DESIGN OF PHYSICAL MATERIALS (ESPECIALLY SOLIDS)
Materials Science; Material science; Materials engineering; Material engineering; Materials Science and Technology; Material Science; Material Engineering; Matsci; Materials engineer; Advanced material; Materials science and engineering; Materials scientist; Engineered materials; Material sciences; Metallurgy & Materials Engineering; Materials Science & Engineering; Materials research; Materials Chemistry; Materials physics; Materials Technology; Materials technology; Materials Scientist; Material scientist; Materials chemistry; Materials Engineering; Engineering materials; Materials Science Engineering; Materials science engineering; Materials sciences; Digital materials; Material Science and Engineering; Digital Materials; Material Sciences; Material chemistry; Material physics; Science of Materials; Engineering material; Science of materials; Modern materials
конструкционные материалы

Определение

structural engineering
¦ noun the branch of civil engineering concerned with large modern buildings and similar structures.
Derivatives
structural engineer noun

Википедия

Structural adjustment

Structural adjustment programs (SAPs) consist of loans (structural adjustment loans; SALs) provided by the International Monetary Fund (IMF) and the World Bank (WB) to countries that experience economic crises. Their purpose is to adjust the country's economic structure, improve international competitiveness, and restore its balance of payments.

The IMF and World Bank (two Bretton Woods institutions) require borrowing countries to implement certain policies in order to obtain new loans (or to lower interest rates on existing ones). These policies are typically centered around increased privatization, liberalizing trade and foreign investment, and balancing government deficit. The conditionality clauses attached to the loans have been criticized because of their effects on the social sector.

SAPs are created with the stated goal of reducing the borrowing country's fiscal imbalances in the short and medium term or in order to adjust the economy to long-term growth. By requiring the implementation of free market programmes and policy, SAPs are supposedly intended to balance the government's budget, reduce inflation and stimulate economic growth. The liberalization of trade, privatization, and the reduction of barriers to foreign capital would allow for increased investment, production, and trade, boosting the recipient country's economy. Countries that fail to enact these programmes may be subject to severe fiscal discipline. Critics argue that the financial threats to poor countries amount to blackmail, and that poor nations have no choice but to comply.

Since the late 1990s, some proponents of structural adjustments (also called structural reform), such as the World Bank, have spoken of "poverty reduction" as a goal. SAPs were often criticized for implementing generic free-market policy and for their lack of involvement from the borrowing country. To increase the borrowing country's involvement, developing countries are now encouraged to draw up Poverty Reduction Strategy Papers (PRSPs), which essentially take the place of SAPs. Some believe that the increase of the local government's participation in creating the policy will lead to greater ownership of the loan programs and thus better fiscal policy. The content of PRSPs has turned out to be similar to the original content of bank-authored SAPs. Critics argue that the similarities show that the banks and the countries that fund them are still overly involved in the policy-making process. Within the IMF, the Enhanced Structural Adjustment Facility was succeeded by the Poverty Reduction and Growth Facility, which is in turn succeeded by the Extended Credit Facility.

Как переводится structural materials на Русский язык