受拉承载力英文
受拉承载力的英文是Tensile strength。
Tensile strength, also known as tension strength, is the maximum stress that a material can withstand while being stretched or pulled before breaking. It is an important property of materials and is commonly used in engineering design to determine the suitability of a material for a specific application.
1.受拉承载力介绍
Tensile strength is calculated by dividing the maximum load or force that a material can withstand during tensile testing by the cross-sectional area of the specimen.
The resulting value is expressed in units of pressure, such as pounds per square inch (psi) or newtons per square meter (N/m²). Tensile strength is often used as a measure of a material's ability to resist deformation and failure due to applied loads.
2.受拉承载力的来源
Tensile strength is an important factor to consider when selecting materials for engineering applications. For example, materials used in bridge construction must be able to withstand large tensile forces caused by traffic or wind loads.
Similarly, materials used in aerospace applications must have high tensile strength to withstand extreme conditions during flight.
3.受拉承载力的应用
Tensile strength is also an important consideration in product design and development. By analyzing the tensile properties of various materials, designers can select the most suitable material for a particular product.
For example, the tensile strength of plastics can vary widely depending on the composition and manufacturing process, making it an important consideration in determining which plastic to use in a given application.
4.总结
Tensile strength is closely related to other mechanical properties of materials, such as yield strength and fatigue strength. Yield strength is the maximum stress that a material can withstand without undergoing permanent deformation.
while fatigue strength is the maximum stress that a material can withstand when subjected to cyclic loading over a period of time. Understanding the relationship between these properties can help engineers select materials that will perform well in real-world applications.
绛旓細鍏紡锛鎵胯浇鍔锛濆己搴 x 闈㈢Н锛涜灪鏍撴湁铻虹汗锛孧24铻烘爴妯埅闈㈤潰绉笉鏄24鐩村緞鐨勫渾闈㈢Н锛岃屾槸353骞虫柟姣背锛岀О涔嬩负鏈夋晥闈㈢Н.鏅氳灪鏍揅绾э紙4.6鍜4.8绾э級鎶楁媺寮哄害鏄170N/骞虫柟姣背銆傞偅涔堟壙杞藉姏灏辨槸锛170x353锛60010N.
绛旓細鐜瀹归噺environment capacity锛屾槸鎸囨煇涓鐜鍖哄煙鍐呭浜虹被娲诲姩閫犳垚褰卞搷鐨勬渶澶у绾抽噺銆傜幆澧鎵胯浇鍔鎸囨煇涓鐗瑰畾鐜鏉′欢涓嬶紝鏌愮涓綋瀛樺湪鏁伴噺鐨勬渶楂樻瀬闄愩
绛旓細寮佸壀銆佹壄鏋勪欢,鏋勪欢鐨勫彈鎵鎵胯浇鍔涓庡叾鍙楀集鍜屽彈鍓壙杞藉姏鏄浉浜掑奖鍝嶇殑銆
绛旓細闈欒浇璇曢獙闇瑕佸ぇ姒6-12灏忔椂銆傛嫇灞曠煡璇嗭細闈欒浇璇曢獙鑻辨枃缈昏瘧锛歋tatic Load Testing銆傛槸鎸囧湪妗╅《閮ㄩ愮骇鏂藉姞绔栧悜鍘嬪姏銆佺珫鍚戜笂鎷斿姏鎴栨按骞虫帹鍔涳紝瑙傛祴妗╅《閮ㄩ殢鏃堕棿浜х敓鐨勬矇闄嶃佷笂鎷斾綅绉绘垨姘村钩浣嶇Щ锛屼互纭畾鐩稿簲鐨勫崟妗╃珫鍚戞姉鍘鎵胯浇鍔銆佸崟妗╃珫鍚戞姉鎷旀壙杞藉姏鎴栧崟妗╂按骞虫壙杞藉姏鐨勮瘯楠屾柟娉曘傞潤杞借瘯楠岄噰鐢ㄦ帴杩戜簬绔栧悜鎶楀帇妗╃殑...
绛旓細鍦ㄥ伐绋嬪缓璁捐繃绋嬩腑 棣栧厛鏄墦妗╋紝鐒跺悗灏辨槸鍦板熀寮鎸栧仛鍨眰 鍋氫簡鐢靛巶浠ュ悗灏卞紑濮嬬粦閽㈢瓔 缁戝畬閽㈢瓔灏嗘祰绛戞贩鍑濆湡搴曟澘
绛旓細鈥渟uperstructure鈥濇槸涓婂眰寤虹瓚鎰忔濓紝鏃㈢劧鏄笂灞傚缓绛戦偅鑲畾鍏充簬鎴垮眿锛岃偗瀹氱涓嶅紑鎴垮眿锛屾墍浠ユ埧灞嬩篃鍖呭惈鍦ㄤ簡閲岄潰锛屾垜鏄繖涔堣涓虹殑銆傚洜涓鑻辨枃鍜屼腑鏂囨槸鏈夊緢澶у尯鍒殑銆傛憳瑕1銆丗irstly, according to the relevant specifications for the design of the upper structure, then carries on the load computation.2銆...
绛旓細When the product is applied, the performance of your car will be significantly improved, including saving fuel, improving the bearing capacity of gear, minimizing the friction and wear of metal surfaces, and decreasing the emissions and noise. The product also functions in efficiently ...
绛旓細閲囩敤灏藉彲鑳藉鐨勭綏鎷変互淇濊瘉绠鏄撹皟鏁寸殑绮剧‘鎬у拰楂樼殑鎵胯浇鍔銆
绛旓細鏃犺吂绛嬫鐨勬姉鍓鎵胯浇鍔璁＄畻鍏紡锛歏鈮0.7*ft*b*h0 ft---娣峰嚌鍦熻酱绾挎姉鎷夊己搴﹁璁″ b---姊佺殑瀹藉害 h0---姊佺殑楂樺害鍑忓幓淇濇姢灞傚帤搴 fyv---绠嶇瓔寮哄害璁捐鍊 Asv---绠嶇瓔闈㈢Н S---绠嶇瓔鐨勯棿璺 閽㈢瓔娣峰嚌鍦:閽㈢瓔娣峰嚌鍦燂紙鑻辨枃锛歊einforcedConcrete鎴朏erroconcrete锛夛紝宸ョ▼涓婂父琚畝绉颁负閽㈢瓔鐮硷紙tong锛夈傛槸鎸囬...
绛旓細鏄寚鐗╀綋鎶垫姉鍏跺集鏇插彉褰㈢殑鑳藉姏銆傚湪妯埅闈笂绂讳腑鎬ц酱鏈杩滅殑鍚勭偣澶勶紝寮洸姝ｅ簲鍔涙渶澶э紝鍏跺间负 姣斿糏z/ymax浠呬笌鎴潰鐨勫舰鐘朵笌灏哄鏈夊叧锛岀О涓烘姉寮埅闈㈢郴鏁帮紝骞剁敤Wz琛ㄧず锛屽嵆Wz=Iz/ymax 鐢卞叕寮忓彲瑙侊紝鏈澶у集鏇叉搴斿姏涓庡集鐭╂垚姝ｆ瘮锛屼笌鎶楀集鎴潰绯绘暟鎴愬弽姣斻傛姉寮埅闈㈢郴鏁癢z缁煎悎鍙嶆槧浜嗘í鎴潰鐨勫舰鐘朵笌灏哄瀵...
