Engineering mathematics via computers

J. Staudhammer
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Abstract

In the last two decades the use of mathematics in engineering has increased considerably. Today, mathematical models make up the heart of many engineering disciplines. The rapid increase in scientific knowledge has brought about a staggering proliferation of technological applications. In order to equip students for this exploding technical environment, engineering colleges have turned to emphasizing fundamentals. It is physically impossible to include even a representative sampling-in-depth of today's technological developments without further crowding the already overburdened curricula. This crowding is due not so much to the new ideas the newer scientific applications require, but rather to the inordinate number of details and refinements they engender.
通过计算机实现的工程数学
在过去的二十年中,数学在工程中的应用已经大大增加了。今天,数学模型构成了许多工程学科的核心。科学知识的迅速增长带来了技术应用的惊人扩散。为了让学生适应这个爆炸性的技术环境,工程学院已经转向强调基础知识。如果不进一步增加已经负担过重的课程,即使是对当今技术发展进行有代表性的深入抽样,在物理上也是不可能的。这种拥挤与其说是由于较新的科学应用所需要的新思想,倒不如说是由于它们产生的过多的细节和改进。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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