影響濟南鍛件加工的質量的原因有哪些?

　　What are the factors that affect the quality of Ji'nan forgings?

　　鍛件加工品質成績產生的緣故原由是多方面的，經由過程對鍛件的宏觀、宏觀闡發(fā)，偶然還要停止模仿實驗，從而得出品質成績產生的緣故原由究竟是鑄造工藝自己照樣別的影響身分(如原資料、熱處理、表面處理或許實驗自己的失誤等);

　　The reason of forging results processing quality have many aspects, through the process of forging the macro and macro analysis, but also occasionally stop imitation experiments, so that the reason the quality performance is the casting process of their other factors still (such as raw materials, heat treatment, surface treatment may test your own mistakes etc.);

　　鑄造工藝訂定得不合理不完善照樣工藝規(guī)律不嚴厲沒有嚴正認真地履行工藝，這些都只要在顛末過細的研究闡發(fā)以后才可做出論斷。既然鍛件加工的品質成績包含表面品質和外部品質成績，而各類成績之間又有可能是相互接洽的，是以闡發(fā)的著眼點應是全面的，要考慮到鍛件缺點與力學機能的接洽，鍛件缺點自己的相互影響。

　　The casting process set unreasonable imperfect still not strict process law seriously and conscientiously fulfilled all of these in the research process, as long as through detailed analysis will be made after the judgment. Since the quality of forging processing results contains the surface quality and external quality grades, and various grades between and may be interrelated, is to elucidate the focus should be comprehensive and should take into account the shortcomings and the mechanical properties of the forgings approached, the mutual influence of the shortcomings of their own forging.

　　鍛件加工品質闡發(fā)事情一樣平常可分為現(xiàn)場查詢拜訪階段、實驗研究闡發(fā)階段、提出辦理步伐及避免對策階段。而在實行這幾個階段的事情以前，最佳能訂定實行方案，內容包含這三個階段所要停止的事情、事情程序、實現(xiàn)光陰。該實行方案在實行過程當中可停止恰當的彌補和改動。訂定實行方案是闡發(fā)大型繁雜鍛件及應用件品質成績的緊張一環(huán)。

　　The processing quality analysis of forgings can be divided into on-site inspection stage, experimental research analysis stage, and put forward the pace of handling and avoiding countermeasures stage. In the implementation of these stages before, the best can be made to implement the program, including the contents of these three stages to stop, things, procedures, the realization of time. In the course of implementation, the scheme can stop properly remedying and altering. The implementation of the program is to explain large and complex forgings and application quality results of a tight link.