機械系-馮○○教師
Motion stability of classical gyroscopes
Nonkinear and chaotic dynamics of gyroscopes(與下本同書名/ISBN,但內容不同)
Nonkinear and chaotic dynamics of gyroscopes
Nonkinear dynamical systems 
Advanced dynamics for variable mass systems
Perturbation methods in applied mathematics
Time-harmonic electromagnetic fields
The analysis of variance
Linear optimization and extensions
Principles of structural stability
Thermoelasticity 
Ergodic problems of classical mechanics
Numerical methods for unconstrained optimization and nonlinear equations
Singularities of differentiable maps
Mechanisms theory and applications
六軸機械手臂運動控制晶片設計
以FPGA為基礎可切換感應馬達與永磁同步馬達速度控制晶片設計
教育部產業先進設備人才培育計畫修訂版103年度資源中心期末成果報告書
小型企業創業研發SBIR計畫 創新研發 點石成金 15則企業成功創新的故事
創新與創業
電磁學
機電整合機構設計
電磁學原理與應用
步進馬達原理與應用
変行连续介質中的电磁力
現代変分原理
複雜系統中的電磁波
機械構件的微動疲勞
鋼桁梁橋橫向震動
鏈式輸送機 設計 製造 安裝使用
超音波映像法
葛氏古典力學題解
經典電動力學(上冊)
經典電動力學(下冊)
電動力學
Mathematics applied to continuum mechanics
History of functional analysis
An introduction to infinite dimensional dynamical systems geometric theory
Flexible manufacturing cells and systems
Stability of elastic systems
Methods of applied mathematics
Advanced engineering analysis
Numerical methods in coupled systems
Matrix analysis of structures
Applied plate theory for the engineer
Mathematical theory of elasticity
Mathematical methods of physics
Numerical methods for unconstrained optimization and nonlinear equations
Computer-integrated design and manufacturing
Variational Methods in elasticity & plasticity 3ed
Vibration control of active structures : an introduction
Methods of applied mathematics 
Complex analysis
Primer on composite materials : analysis
Graduate texts in mathematics
Optimization concepts and applications in engineering(附光碟)
Convexity and optimization in banach spaces
Optimization techniques
Geometrical methods in the theory of ordinary differential equations
Nonlinear analysis of plates
Optimization by vector space methods
向量分析及應用
工程結構減震控制
工程數學:變分法
微分方程中的變分方法
滯后系統的變結構控制
如何簡報 運用視覺輔助工具
实用小波分析
Solutions Manual To Accompany introduction to optimum design
PRINCIPLES OF APPLIED MATHEMATICS Tranformation and Approximation
MECHANICS OF COMPOSITE MATERIALS
Control of structures
Similarity Methods for Differential Equations