If your organization is interested in establishing and developing a joint international program in
China, it is inevitable to face both manageable risks and unpredictable changes. There are
mainly three types of challenges.
● Political impact on travel and visa application: the 2017 re-election in China and
leadership change in the United States affect how efficient for both sides to visit each
other and stay for work.
● Technology restriction on teaching and communication: While the fast internet speed
and open internet are taken for granted in the US, technological difficulties in China can
be a barrier for effective teaching and communication.
● Censorship: In China, censorship is always a challenge, especially in the current state.
Be proactive to work effectively within the constraints.
The presenter is intended to share some experience and best practice based on a successful
joint institute between University of Cincinnati and Chongqing University. As the first coop based
program in China, the program continues to be a leading model in international engineering
education.
The Global Library Services Discussion Group welcomes all interested colleagues to join us in a discussion about serving our library users in a global setting. This will be an opportunity for audience members to discuss challenges and opportunities they are facing, and give their perspectives on what the most important developments are in this field. From online instruction and reference services strategies, to access and inclusion challenges in serving our users across many time zones, all topics are welcome for discussion. Members of the Global Library Services DG will be on hand to lend their own perspectives in this very important discussion.
A tactile display apparatus renders information to a user, and comprises multiple braille cells attached adjacent to each other along a predefined path, a set of pins housed within the braille cells, and a set of pin holders inserted on the braille cells. The braille cells are moved periodically at a predefined speed via a driving assembly. The pins are selectively actuated by actuators, where the linear motion of the braille cells allow the user to contact the pins to read the information represented by the arrangement of the pins. The pin holders are moved along a defined path to contact the pins, and each pin holder comprises a rigid body and multiple elastic rings attached along the rigid body. The number of elastic rings is equal to the number of pins to allow the pin holder to selectively hold or release a pin.
It is shown in present study that Rainflow method is unable to accurately estimate fatigue life ofcomponents under random loading, almost always. The inconsistencies between results of Rainflowmethod and hysteresis curve are also discussed. Alike the Peak counting method, it is shown that Shadowmethod doesn’t consider the possibility of deformation within individual cycles. Hence, Moshrefifar andAzamfar method is proposed as a novel technique having accurate results in different analytical condi-tions which are in good consistence with results obtained from hysteresis curves. Authors finally proposean algorithm as well as a C language program for this method.
In this research, Industrial Artificial Intelligence (IAI) is discussed as the most promising technology for enabling and realization of the next industrial revolution. The key enablers for this transformative technology along with their significant advantages are discussed. In addition, this research explains “Lighthouse Factories” as an emerging status applying to the top manufacturers that have implemented IAI in their manufacturing ecosystem and gained significant financial benefits. It is believed that this research will work as a guideline and roadmap for researchers and industries towards the real world implementation of IAI. // Please use this for citation: "Jay Lee, Jaskaran Singh, Moslem Azamfar. Industrial AI: Is It Manufacturing’s Guiding Light? Manufacturing leadership Journal. 2019:26–36. doi:10.7945/tt9s-gz25."
Cyber-Physical Production Systems (CPPSs) are complex manufacturing systems which aim to integrate and synchronize machine world and manufacturing facility to the cyber computational space. However, having intensive interconnectivity and a computational platform is crucial for real-world implementation of CPPSs. In this paper, the potential impacts of blockchain technology in development and realization of real-world CPPSs are discussed. A unified three-level blockchain architecture is proposed as a guideline for researchers and industries to clearly identify the potentials of blockchain and adapt, develop, and incorporate this technology with their manufacturing developments towards Industry 4.0.
