Assignment First

英国论文代写可靠吗:焊接技术

更好的减重和性能是航天制造工业工程的核心。在翼肋的制造和设计中,风扇,压缩机转子等,在制造过程中需要提高效率,以达到性能和成本效益。在传统的制造方法中,由于加工过程中固有的危险,这种锻造材料的使用效率不高,这就导致了焊接技术的分析。线性摩擦焊(LFW)是本文分析的对象。

英国论文代写可靠吗:焊接技术
这种焊接技术已经被用于航空航天制造业如压缩机blisks(是一个涡轮机组件包括转子盘和刀)等。LFW——固体状态的焊接技术焊接表面摩擦在一起使他们加热(Wanjara & Jahazi,2005)。目前的研究试图通过LFW模型来理解实现更好的运行效率的可行性。本文采用二维有限元模型进行分析。

英国论文代写可靠吗:焊接技术

 Better weight reduction and performance is at the core of operations in engineering of the aerospace manufacturing industry. In the manufacture and design of the wing ribs, the fans, the compressor rotors etc., there is an increased need for efficiency in manufacturing that could help achieve the performance and cost benefits. In traditional manufacturing methods, forged material was being used however this form of forged material is not efficient because of dangerous inherent in working and this brings into context an analysis of welding techniques. The Linear Friction Welding (LFW) is the object of analysis in this work.
英国论文代写可靠吗:焊接技术
This is a welding technique that is already being used in much aerospace manufacturing such as compressor blisks (is a turbomachine component comprising both rotor disk and blade) etc. LFW is – -solid state welding technique in which the weld surfaces are rubbed together to cause them to heat up (Wanjara & Jahazi, 2005). The current study attempts to understand the feasibility of achieving better operational efficiency using the LFW model. A 2D finite element model method is used for this analysis.