Noun
/pleɪt ˈbʌklɪŋ/
"Plate buckling" refers to the phenomenon that occurs when a flat structural element (a plate) deforms or yields under compressive stress, leading to instability in the structure. This concept is crucial in engineering and construction, particularly in the fields of civil and mechanical engineering. It highlights the need to consider stability in design processes.
In terms of frequency, the term is primarily used in written contexts related to engineering, architecture, and physics. It's less common in everyday oral speech unless in specialized discussions.
Инженер объяснил концепцию изгиба пластин во время презентации по структурному анализу.
To prevent plate buckling, the design must include adequate support and reinforcement.
Чтобы предотвратить изгиб пластин, дизайн должен включать адекватную поддержку и укрепление.
Researchers are studying new materials that can withstand plate buckling more effectively.
"Plate buckling" is not commonly found in idiomatic expressions. However, the phenomenon relates closely to concepts of stability and structural integrity, which can often lead to metaphoric usage in various contexts.
В инженерии крайне важно «держаться впереди кривой изгиба» при планировании новых структур.
"Don’t let your plans buckle under pressure" is a phrase often used in project management.
Фраза «Не позволяйте вашим планам прогибаться под давлением» часто используется в управлении проектами.
In finance, investors must be careful not to let their portfolios buckle under market stress.
The term "buckling" originates from the Middle English "boklien," meaning to bend, which comes from the Old French "boquer," meaning to 'hook' or 'bend.' The word "plate" derives from the Latin "plata," meaning broad and flat. Together, "plate buckling" describes the bending or deformation of a broad, flat structure under load.
Synonyms: - Deformation - Distortion - Collapse (in some contexts)
Antonyms: - Stability - Integrity - Coherence
In summary, "plate buckling" describes a critical structural failure mode significant in engineering applications, emphasizing the importance of design considerations in preventing instability.