Optimization of Low Energy Welding Process

低能量焊接是Huys工业公司发明并获得专利的一种微弧焊工艺，它利用脉冲放电以短路的形式将金属从电极转移到基材上。通过使用电容放电电源，该过程在短时间内提供大量电流，从而在热量输入很少的情况下实现金属转移。由于这是一种新的专有焊接工艺，因此很少有研究使用LEW工艺成功地使用这种超低热输入焊接工艺焊接难熔合金。开发一种成熟的焊接程序来修复镁合金将为Huys工业提供一个独特的机会，以增加低能耗焊接设备的销售市场。这将为焊接机的销售创造一个市场，而目前还没有市场。

The low energy welding is a micro-arc welding process invented and patented by Huys Industries that uses pulsed electrical discharges in the form of a short circuit to transfer metal from the electrode to the base material. By using a capacitor discharge power supply, this process delivers high amounts of current for a concise amount of time, resulting in a metal transfer with very little heat input. As this is a new and proprietary welding process, very little research has been conducted on the feasibility of using the LEW process to successfully weld difficult alloys using this ultra-low heat input welding process. The development of a proven welding procedure to repair magnesium alloys will provide Huys industries with a unique opportunity to increase market for the sale of Low Energy Welding equipment. This will create a market for the sale of welding machines where no market exists today.