培养学生在工程实践中拓展数学与力学知识的能力  

(Cultivate Students Capabilities of Enhancing Their Mathematics and Mechanics in Engineering Practice)

作　　者：彭再求[1] 尹自强[1] 王兴波[1] 

机构地区：[1]国防科技大学机电工程与自动化学院,湖南长沙410003

出　　处：《长沙大学学报》2001年第4期82-85,共4页Journal of Changsha University

摘　　要：现代高技术领域取得的成果 ,在很大程度上是数学发展的结果 .被称为数学镜子的力学 ,作为许多工程技术的基础学科 ,在机械、建筑、材料等工程专业中起着举足轻重的作用 .学好数学和力学 ,是这些专业大学生科技创新的基础 .受我国现行课程设置体制的约束 ,一般工科大学生都缺乏对数学和力学的系统学习 .因此在工程实践中拓展他们数学与力学知识 ,提高应用水平是非常重要的 本文结合大学生科技创新能力培养与养成的议题 ,就如何在工程实践中拓展学生的数学与力学知识的问题 。The great achievements of modern high technologies are in great degree result in by the development of mathematics.As a basic subject in engineering,mechanics,which is called the mirror of mathematics,plays an important role in machinery,building,material ang such other fields.A good learning of mathematics and mechanics is the base of studentsscientific innovation.But bounded by the present system of curriculum,most college students of engineering are absent of systematic study of mathematics and mechanics.Thus it is important to enhance their capabilities of mathematics and mechanics in engineering practice.This paper puts forward some suggestions on how to cultivate studentscapabilities of enhancing their mathematics and mechanics in engineering parctice.

关 键 词：创新能力 数学 力学 方法论 

分 类 号：G642.5[文化科学—高等教育学]