1、熔焊

　　1. Fusion welding

　　熔焊是在焊接過(guò)程中將工件接口加熱熔化狀態(tài)，不加壓力完成焊接的方法。熔焊時(shí)，熱源將待焊兩工件接口處迅速加熱熔化，形成熔池。熔池隨熱源向前移動(dòng)，冷卻后形成連續(xù)焊縫而將兩工件連接成為一體。

　　Fusion welding is a method of heating the workpiece interface to a molten state during the welding process, without applying pressure to complete the welding. During fusion welding, the heat source rapidly heats and melts the interface between the two workpieces to be welded, forming a molten pool. The molten pool moves forward with the heat source and forms a continuous weld after cooling, connecting the two workpieces into one.

　　2、壓焊

　　2. Pressure welding

　　壓焊是在加壓條件下，使兩工件在固態(tài)下實(shí)現(xiàn)原子間結(jié)合，又稱(chēng)固態(tài)焊接。常用的壓焊工藝是電阻對(duì)焊，當(dāng)電流通過(guò)兩工件的連接端時(shí)，該處因電阻很大而溫度上升，當(dāng)加熱塑性狀態(tài)時(shí)，在軸向壓力作用下連接成為一體。

　　Pressure welding is the process of achieving atomic bonding between two workpieces in a solid state under pressure, also known as solid-state welding. The commonly used pressure welding process is resistance welding. When current passes through the connection end of two workpieces, the temperature rises due to the high resistance. When heated to a plastic state, the connection becomes integrated under axial pressure.

　　3、釬焊

　　3. Brazing

　　釬焊是使用比工件熔點(diǎn)低的金屬材料作釬料，將工件和釬料加熱到高于釬料熔點(diǎn)、低于工件熔點(diǎn)的溫度，利用液態(tài)釬料潤(rùn)濕工件，填充接口間隙并與工件實(shí)現(xiàn)原子間的相互擴(kuò)散，從而實(shí)現(xiàn)焊接的方法。

　　Brazing is a welding method that uses a metal material with a lower melting point than the workpiece as the brazing material. The workpiece and brazing material are heated to a temperature higher than the melting point of the brazing material but lower than the melting point of the workpiece. The liquid brazing material is used to wet the workpiece, fill the interface gap, and achieve atomic diffusion with the workpiece, thereby achieving welding.

　　焊接工藝和焊接方法等因素有關(guān)，操作時(shí)需根據(jù)被焊工件的材質(zhì)、牌號(hào)、化學(xué)成分，焊件結(jié)構(gòu)類(lèi)型，焊接性能要求來(lái)確定。

　　The welding process and welding method are related factors, and the operation should be determined based on the material, grade, chemical composition, welding structure type, and welding performance requirements of the welded workpiece.

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