摘要
计算机仿真方法,如有限元方法(Finite Element method,FEM)在过去几十年中成为科学和工程中各研究领域的必要方法。通过仿真实践训练,能够促进教科结合,将多物理场仿真纳入本科教学和科研探索中,加强理论基础、创新实践及科教融合的教学改革,将理论基础与仿真实践相结合,科学研究与实际应用相结合,加强医学院校本科生仿真实践和科学探索能力的培养。
Computer simulation methods,such as the finite element method(FEM)have become essential in various fields of research in science and engineering over the past few decades.Through simulation practice training,it is possible to promote the combination of teaching and science,integrate multi-physical field simulation into undergraduate teaching and scientific research exploration,strengthen the teaching reform of theoretical basis,innovative practice and integration of science and education.Carry out teaching practice through finite element theoretical basis,case practice,and comprehensive application,combine theoretical basis with simulation practice,and combine scientific research with practical application,and then strengthen the training of simulation practice and scientific exploration ability of undergraduates in medical colleges and universities.
作者
梁育林
LIANG Yulin(Cancer Hospital Affiliated to Guangxi Medical University,Nanning,Guangxi 530021)
出处
《科教导刊》
2022年第35期70-73,共4页
The Guide Of Science & Education
