paper help~~# CivilEngineering - 土木工程
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【 以下文字转载自 ME 讨论区 】
发信人: ltx8 (rug bear), 信区: ME
标 题: PhD opportunity available at Missouri S&T
发信站: BBS 未名空间站 (Sat Mar 23 15:49:34 2013, 美东)
PhD opportunity available at Missouri S&T. The project will focus
"Control of Additive Manufacturing Processes".
Project details are listed below:
Drs. Bristow and Landers at Missouri S&T have a project funded by the
National Science Foundation on the control of Additive Manufacturing (AM)
processes. This research seeks to create and analyze a Repetitive Process
Control methodology for AM processes. It is challenging to regulate AM
processes since their dynamics evolve in both time and layer. While well-
behaved in time, these processes can exhibit poor performance, even
instability, from one layer to another. The idea behind the RPC methodology
is to continuously gather data during and after the process, and
intelligently adjust process parameters between each layer. The student with
create design tools for robust and high performance repetitive process
control and experimentally validate these tools on a Laser Metal Deposition
(LMD) process. This novel process is used to rapidly fabricate serviceable
parts, repair high-cost parts, and produce functional gradient material
metal parts. The student will work with another student that has been
modeling the LMD process for the past two years and a research group in
Poland with state-of-the-art experimental facilities.
Contact:
Robert G. Landers
Professor of Mechanical Engineering
Email: L******[email protected]
发信人: ltx8 (rug bear), 信区: ME
标 题: PhD opportunity available at Missouri S&T
发信站: BBS 未名空间站 (Sat Mar 23 15:49:34 2013, 美东)
PhD opportunity available at Missouri S&T. The project will focus
"Control of Additive Manufacturing Processes".
Project details are listed below:
Drs. Bristow and Landers at Missouri S&T have a project funded by the
National Science Foundation on the control of Additive Manufacturing (AM)
processes. This research seeks to create and analyze a Repetitive Process
Control methodology for AM processes. It is challenging to regulate AM
processes since their dynamics evolve in both time and layer. While well-
behaved in time, these processes can exhibit poor performance, even
instability, from one layer to another. The idea behind the RPC methodology
is to continuously gather data during and after the process, and
intelligently adjust process parameters between each layer. The student with
create design tools for robust and high performance repetitive process
control and experimentally validate these tools on a Laser Metal Deposition
(LMD) process. This novel process is used to rapidly fabricate serviceable
parts, repair high-cost parts, and produce functional gradient material
metal parts. The student will work with another student that has been
modeling the LMD process for the past two years and a research group in
Poland with state-of-the-art experimental facilities.
Contact:
Robert G. Landers
Professor of Mechanical Engineering
Email: L******[email protected]
