Tianhong Yan
City:
Hang zhou
State/Province:
Zhe Jiang
Country:
China
Current Affiliation:
School of Mechanical & Electrical Engineering
Current Position:
Professor
Career Highlights:
Work Scopes:
· Numerical Analysis/Simulation and Experimental Evaluation of Large or Complex High-Precision Mechantronic Systems
· Vibration/Modal Testing and Control Technology
· Digital control system Design and Implementation for Automatic Facilities
· Semiconductor Packaging and Manufacturing Equipments R & D
· Reliability Test Methods & Concepts Developing.
· Technical Support for Mass Production & Customer’s Field Service
· Projects and R&D Management, etc
· Numerical Analysis/Simulation and Experimental Evaluation of Large or Complex High-Precision Mechantronic Systems
· Vibration/Modal Testing and Control Technology
· Digital control system Design and Implementation for Automatic Facilities
· Semiconductor Packaging and Manufacturing Equipments R & D
· Reliability Test Methods & Concepts Developing.
· Technical Support for Mass Production & Customer’s Field Service
· Projects and R&D Management, etc
Field of Research:
ENGINEERING - Mechanical Engineering - Dynamics, Vibration and Vibration Control
Professional Memberships:
Dr. Yan currently is also working as an invited reviewer for several international Journals;
*** He is also the Chairman of the System Dynamics Session of International Symposium on Strength Theory: Application, Development & Prospect for 21st Century (Science Press, Beijing & New York 1998).
*** He is also the Chairman of the System Dynamics Session of International Symposium on Strength Theory: Application, Development & Prospect for 21st Century (Science Press, Beijing & New York 1998).
Research Interests:
Mechatronics,
High-speed High Precision System, Dynamics and Servo Control, etc
Publication History:
Recent Publications:
[1] T.-H. Yan, Q. Li, C. Xu, 2010, Integrated Hybrid Vibration Isolator with Feedforward Compensation for Fast High-Precision Positioning X/Y Tables. IOP Journal of Measurement Science and Technology. 2010; Vol__:________. (SCI, Revised for publication)
[2] T. H. Yan, et al, 2010, The Discrete-time Sliding Mode Control for High-Precision Stages of Micro-Electronics Equipments, Control Engineering (Chinese Journal), Revising for Publication.
[3] T.-H. Yan, H. Y. Pu, Q. Li, C. Xu, 2010, Dynamic Absorber Design for Actuator Arm of Hard Disk Drives on Impact Resist Improvement. Mechanics Based Design on Structures and Machines, An International Journal. Vol.38 (1): 1-24 (SCI).
[4] T.-H. Yan, W. Wang, X. D. Chen, Q. Li, C. Xu, 2009, Design of a Smart Ultrasonic Transducer for Interconnecting Machine Applications. Sensors. 2009; 9(6):4986-5000. (SCI)
[5]T. H. Yan, X. D. Chen, R. M. Lin, 2008, “Servo System Modeling and Reduction of Mechatronic System Through Finite Element Analysis for Control Design”, Mechatronics, Vol.18 (9):466-474, 2008. (PDF)
[6] T. H. Yan, X. D. Chen, W. F. Dou, R. M. Lin, 2008, “Feedback Control of Disk Vibration and Flutter by Distributed Self-Sensing Actuators”. Mechanics of Structures and Machines, An International Journal. 36(3): 1-23, 2008 (PDF)
[7] T. H. Yan, X. D. Chen, R. M. Lin, 2007, “Vibration Interaction Characteristics of Disks-Spindle in Hard Disk Drives”. An International Journal for Mechanics Based Design of Structures & Machines. Vol.35 (1): 97–112, 2007. ( PDF)
[8] T. H. Yan, R. M. Lin, 2006, “General Optimization of Sizes or Placement For Various Sensors/Actuators in Structure Testing and Control”. IOP Journal of Smart Material and Structures. Vol. 15(1), 2006. ( PDF)
[9] T. H. Yan, X. D. Chen R.M. Lin, 2007, ” Discrete-Time Sliding Mode Control With Computation Time Delay And RRO Compensation For Hard Disk Drive.” IEEE Transaction on Control System Technology. (Accepted, Some comments are Excellent and Very Interesting)
[10] T. H. Yan, G. W. Zhang, R. M. He, 2006, “New Progresses on Dynamics, Vibration & Control.” (Book in Chinese) Chapter: Integrated Hybrid Vibration Isolating Technology for High-Precision Semiconductor Equipments.” Beijing: China National Astronautics Press, July 2006. (PDF)
[11] T. H. Yan, W. Chen, 2005, “Quasi-Rigid Mode of Bond Head Assembly in Wire Bonding Machines and its Improvement”. An International Journal for Mechanics Based Design of Structures & Machines. Vol.33(4) 2005. (PDF)
[12] T. H. Yan, R. M. Lin, 2004, “Dual-Mass Absorber for the Head Actuator Assembly of Hard Disk Drives”. An International Journal for Mechanics Based Design of Structures & Machines. Vol. 32(2), 2004. (PDF)
[13] T. H. Yan, R. M. Lin, 2003, ”Experimental Investigation on Pivot Nonlinearity and Accurate Compensation for Servo Control in Hard Disk Drive.” IEEE Transactions of Magnetics. Vol.39, No.2, March 2003.(PDF)
[14] T. H. Yan, R. M. Lin, 2004, “Vibration Characteristics of Disks-Spindle System Interaction In Hard Disks.” IEEE/ASME Asia-Pacific Magnetic Recording Conference Korea, 2004.(PDF)
[15] T. H. Yan, R. M. Lin, 2002, "Finite Element Modeling and Modal Testing of Vibration Characteristics of Disk Drives.” International Modal Analysis Conference (IMAC)-XX, Los Angeles, California USA, Feb.4-7, 2002.(PDF)
[16] T. H. Yan, R. M. Lin, 2002, "Servo system modeling and Reduction for Hard Disk Drives through Finite Element Method.” ASME 13th International Symposiums for Information Storage and Processing System, Santa Clara, California USA, Jun.17-18, 2002.
[17] T. H. Yan, R. M. Lin, 2002, “Discrete-Time Sliding Mode Control With Computation Time Delay And RRO Compensation For Hard Disk Drives. ” IEEE/ASME Asia-Pacific Magnetic Recording Conference 2002, Singapore, Aug. 26-28, 2002.(PDF)
...........
[1] T.-H. Yan, Q. Li, C. Xu, 2010, Integrated Hybrid Vibration Isolator with Feedforward Compensation for Fast High-Precision Positioning X/Y Tables. IOP Journal of Measurement Science and Technology. 2010; Vol__:________. (SCI, Revised for publication)
[2] T. H. Yan, et al, 2010, The Discrete-time Sliding Mode Control for High-Precision Stages of Micro-Electronics Equipments, Control Engineering (Chinese Journal), Revising for Publication.
[3] T.-H. Yan, H. Y. Pu, Q. Li, C. Xu, 2010, Dynamic Absorber Design for Actuator Arm of Hard Disk Drives on Impact Resist Improvement. Mechanics Based Design on Structures and Machines, An International Journal. Vol.38 (1): 1-24 (SCI).
[4] T.-H. Yan, W. Wang, X. D. Chen, Q. Li, C. Xu, 2009, Design of a Smart Ultrasonic Transducer for Interconnecting Machine Applications. Sensors. 2009; 9(6):4986-5000. (SCI)
[5]T. H. Yan, X. D. Chen, R. M. Lin, 2008, “Servo System Modeling and Reduction of Mechatronic System Through Finite Element Analysis for Control Design”, Mechatronics, Vol.18 (9):466-474, 2008. (PDF)
[6] T. H. Yan, X. D. Chen, W. F. Dou, R. M. Lin, 2008, “Feedback Control of Disk Vibration and Flutter by Distributed Self-Sensing Actuators”. Mechanics of Structures and Machines, An International Journal. 36(3): 1-23, 2008 (PDF)
[7] T. H. Yan, X. D. Chen, R. M. Lin, 2007, “Vibration Interaction Characteristics of Disks-Spindle in Hard Disk Drives”. An International Journal for Mechanics Based Design of Structures & Machines. Vol.35 (1): 97–112, 2007. ( PDF)
[8] T. H. Yan, R. M. Lin, 2006, “General Optimization of Sizes or Placement For Various Sensors/Actuators in Structure Testing and Control”. IOP Journal of Smart Material and Structures. Vol. 15(1), 2006. ( PDF)
[9] T. H. Yan, X. D. Chen R.M. Lin, 2007, ” Discrete-Time Sliding Mode Control With Computation Time Delay And RRO Compensation For Hard Disk Drive.” IEEE Transaction on Control System Technology. (Accepted, Some comments are Excellent and Very Interesting)
[10] T. H. Yan, G. W. Zhang, R. M. He, 2006, “New Progresses on Dynamics, Vibration & Control.” (Book in Chinese) Chapter: Integrated Hybrid Vibration Isolating Technology for High-Precision Semiconductor Equipments.” Beijing: China National Astronautics Press, July 2006. (PDF)
[11] T. H. Yan, W. Chen, 2005, “Quasi-Rigid Mode of Bond Head Assembly in Wire Bonding Machines and its Improvement”. An International Journal for Mechanics Based Design of Structures & Machines. Vol.33(4) 2005. (PDF)
[12] T. H. Yan, R. M. Lin, 2004, “Dual-Mass Absorber for the Head Actuator Assembly of Hard Disk Drives”. An International Journal for Mechanics Based Design of Structures & Machines. Vol. 32(2), 2004. (PDF)
[13] T. H. Yan, R. M. Lin, 2003, ”Experimental Investigation on Pivot Nonlinearity and Accurate Compensation for Servo Control in Hard Disk Drive.” IEEE Transactions of Magnetics. Vol.39, No.2, March 2003.(PDF)
[14] T. H. Yan, R. M. Lin, 2004, “Vibration Characteristics of Disks-Spindle System Interaction In Hard Disks.” IEEE/ASME Asia-Pacific Magnetic Recording Conference Korea, 2004.(PDF)
[15] T. H. Yan, R. M. Lin, 2002, "Finite Element Modeling and Modal Testing of Vibration Characteristics of Disk Drives.” International Modal Analysis Conference (IMAC)-XX, Los Angeles, California USA, Feb.4-7, 2002.(PDF)
[16] T. H. Yan, R. M. Lin, 2002, "Servo system modeling and Reduction for Hard Disk Drives through Finite Element Method.” ASME 13th International Symposiums for Information Storage and Processing System, Santa Clara, California USA, Jun.17-18, 2002.
[17] T. H. Yan, R. M. Lin, 2002, “Discrete-Time Sliding Mode Control With Computation Time Delay And RRO Compensation For Hard Disk Drives. ” IEEE/ASME Asia-Pacific Magnetic Recording Conference 2002, Singapore, Aug. 26-28, 2002.(PDF)
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Documents
| Date Uploaded | Name | Description | File | Ratings | Options |
| 2010-03-10 22:00PM | Resume2010 | Resume2010... | 2010_resume_yan.pdf |
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