Noun Phrase
/pʌɪld ˈɡrævɪti-ˈæŋkərɪŋ tɛkˈniːk/
The "piled gravity-anchoring technique" refers to a specific method used in civil engineering and construction where piles are used to provide stability to structures by utilizing both the weight of the structure (gravity) and anchoring elements (piles). This technique is commonly employed in scenarios such as foundation work for buildings, bridges, and offshore structures.
The term is relatively specialized and more often encountered in written technical documents, research papers, and industry contexts rather than in everyday oral speech. Its frequency of use is moderate in engineering and construction discussions.
Команда строителей использовала метод тяжелоантенного якоря с забивкой для обеспечения стабильности моста при сильном ветре.
Due to the soil conditions, the engineers decided that the piled gravity-anchoring technique would be the best option for the foundation.
Из-за условий почвы инженеры решили, что метод тяжелоантенного якоря с забивкой будет лучше всего подходить для фундамента.
Researchers have studied the effectiveness of the piled gravity-anchoring technique in various environments.
While "piled gravity-anchoring technique" is not commonly used in idiomatic expressions due to its technical nature, we can examine how closely related terms and ideas might be used in engineering contexts:
Структура нуждается в дополнительной поддержке, чтобы подготовиться к воздействию окружающих сил.
Anchored in reality
Планы проекта должны быть основаны на реальности, чтобы избежать перерасходов.
To hold the fort
The term "piled" comes from the verb "to pile," which refers to stacking or accumulating something, derived from Old French "piler." "Gravity" stems from the Latin "gravitas," meaning "weight." "Anchoring" is derived from the Old English "ancora," which refers to a device for securing a ship. "Technique" comes from the Greek "techne," meaning "art or skill."
Synonyms: - Foundation anchoring method - Gravity-based anchoring system - Load-bearing pile technique
Antonyms: - Non-anchored methods - Freestanding structures - Lightweight designs