Manufacturing Innovation Network Laboratory is to study foundational understanding of machining mechanics, develop scalable manufacturing technology, and advance innovatively current manufacturing technology through smart sustainable manufacturing.
About Our Lab
At the Manufacturing Innovation Network (MIN) Laboratory, our mission is to develop Appropriate Technology for Society (ATS) by advancing four key areas pertinent to advanced manufacturing – Ultra-Precision Machining (UPM), Sustainable Smart Manufacturing (SSM), Burr Minimization & Prevention (BMP) and Manufacturing for Design (MFD). We wish to leverage our knowledge in these four areas to further our understanding of material deformation during machining and develop novel technologies that help industries improve their process efficiencies, reduce downtime, energy consumption, and scraps and promote advanced manufacturing.
The discipline of 'Precision Engineering' now becomes a trend embracing entire technologies beyond the sole field of engineering practice. In the midst of the stream of the '4th Industrial Revolution', which necessitates the application of sustainable and eco-friendly scientific technologies encompassing key words associated with the "Green" and "Smart", the roles of precision engineers are expected becoming more important than ever.
The PRESM 2021 will be prepared as a hybrid conference, that is, not only off-line face-to-face sessions at the venue but also on-line virtual conference. So, more researchers from all over the world can join and enjoy no matter where they are. We will do our utmost efforts to ensure safe and healthy face-to-face academic exchanges by observing the prevention measures against COVID-19.
Manufacturing USA Institute representatives, manufacturers, and academic researchers will come together to identify current and future research and research infrastructural needs in advanced manufacturing.
With a focus on solving challenges through partnership, this 3-day workshop will also encourage multidisciplinary industry-academia collaboration, and highlight federal funding opportunities.
Error measurement and analysis, precision metrology, peripheral development, precision machining Qualification: Experience on DAQ, precision metrology, machining, CNC machine tool, AI/ML, data analysis, etc.August 31, 2020
Core-Multishell-Structured Digital-Gradient Cathode Materials with Enhanced Mechanical and Electrochemical Durability
Ni‐rich cathode materials provide high energy density, but their structural and surface instability limits their cyclability and thermal stability. As one of the approaches to mitigate this problem, cathode materials comprising Ni‐rich high‐capacity core wrapped …
The feasibility of using deep learning techniques in industrial cold forging for fault detection was investigated. In this work, vibration data were collected from an industrial setting to detect machine conditions resulting in defective products …
Study of Material Removal Behavior on R-plane of Sapphire during Ultra-Precision Machining based on Modified Slip-Fracture Model
In this paper, the modified slip/fracture activation model has been used in order to understand the mechanism of ductile-brittle transition on the R-plane of sapphire during ultra-precision machining by reflecting direction of resultant force. Anisotropic …
Sapphire has received increasing attention as an engineering material even though its machinability is still an issue. In this study, the influence of the milling process parameters on the surface quality of single-crystal sapphire is …
Aim and Scope Nanotechnology and Precision Engineering (NPE) is a peer-reviewed, interdisciplinary research journal that covers all areas related to nanotechnology and precision engineering, which provides a forum for researchers of the related field all …