摘要
结合焊接技术的发展历史和研究现状,梳理了焊接科学、焊接技术和焊接工程的基础问题和实现目标,及其三者之间发展的紧密关联;论述了焊接科学发现思维,焊接技术创新思路,焊接工程创造方法。结合焊接材料、工艺和结构等因素,提出了“从1+1到微积分”的创新思路和创造方法。从焊接创新的内容、兴趣、动力、目的,描述了数学、物理、化学理论对焊接科学和工程创新创造的支撑作用,并从多元多维多尺度的材料连接空间概念,叙述了焊接创新创造的思维和途径,进一步表明焊接学科是交叉融合、开放共享、富于创新的学科体系。
Welding technology is a traditional subject,but with the rapid and comprehensive development of science and technology,welding technology will be given new connotation and extensive extension.Combining with the development history and research status of welding technology,this paper combs the basic problems and realization goals of welding science,welding technology and welding engineering,as well as the close relationship between the development of the three;discusses the thinking of scientific discovery of welding,innovative ideas of welding technology,and the creation method of welding process.Combined with the factors of welding material,process and structure,the innovative ideas and methods of"from 1+1 to calculus"are put forward.From the content,interest,motive force and purpose of welding innovation,this paper describes the supporting role of mathematics,physics and chemistry theory on welding science and engineering innovation and creation,and describes the thinking and ways of welding innovation creation from the concept of multi-dimensional and multi-scale material connection space,and further shows that welding discipline is an interdisciplinary,open sharing and innovative discipline system.
作者
王文先
闫志峰
董鹏
张婷婷
WANG Wenxian;YAN Zhifeng;DONG Peng;ZHANG Tingting(School of Material Science and Engineering,Taiyuan University of Technology,Taiyuan 030024,China)
出处
《电焊机》
2020年第9期170-176,共7页
Electric Welding Machine
关键词
焊接科学与工程
材料连接基因组
创新思路
从1+1到微积分
welding science and engineering
materials connecting genome
innovative ideas
from 1+1 to calculus