Digital Commons Network^™

The Boredonomicon: A Document From A Speculative Future, Tim Gorichanaz

Proceedings from the Document Academy

The year is 2222, and boredom has been eradicated. In this paper, I present the Boredonomicon, a document from this speculative future. The Boredonomicon is the Infinite Word of the God of Boredom, produced through a spiritual practice by the monks of the Tedia. Inspiration was drawn from philosophical work on boredom as well as questions of document theory and genre theory.

Public Libraries In Norway And The U.S.: Looking Outside During And After The Covid-19 Pandemic, Roswitha Skare, Noah Lenstra

Proceedings from the Document Academy

Through this examination of trends in outdoor oriented librarianship in Norway and in the United States we see both similarities and differences. In both countries we see efforts focused on promoting reading outdoors. We also see efforts in both countries to take the library outside, thus perhaps ensuring the library’s continued visibility and relevance to the community served. In both cases, library resources and outdoor spaces are woven together, despite challenges associated with taking these resources and programs outside. We also see differences: Norwegians typically consider themselves to be outdoors-oriented people, and the placement of library resources into outdoor spaces …

Uncovering A Natural History Mystery At The University Of Akron, Gary M. Holliday, Lara Roketenetz

Proceedings from the Document Academy

Students were engaged in a combination of detective work, biology, archives, art, and education/outreach to prepare a collection of taxidermied birds donated to the University of Akron by the Rhodes family in the early 1900s for public access and exhibition. Students had the opportunity to learn from leading experts regarding the historical significance of biological collections, proper preservation protocols, digitizing and archival practices, and the urgency of science education and communication for a public audience. Many campus and community partners were involved, including experts from local museums and nature centers.

Translation Disease: Proximity Gone Awry, Laurie J. Bonnici, Brian C. O'Connor

Proceedings from the Document Academy

We present here considerations of three trans-medial translations that have caused dis-ease. We look at novel to film, poem to cantata, and novel to film to television series translations to examine various strains of dis-ease. Upon early consideration, we realized Wilson’s call for a “turn to the functional” provides a means of determining whether a translation is “inadequate” – has gone awry. We then fit the concept of translation into our model of proximity as a way to consider whether a “putative translation really [is] a translation of some text.” Ultimately, we argue that one person’s disease may be another’s …

First Year Seminar Symposium 2022 - Poster Program, Rachel Nuñez, Ashleigh Breske, Brian Gentry, Darla Schumm, Courtney Chenette, Teri Wagner

Undergraduate Research

No abstract provided.

Performance Analysis: Using The Northern Sea Route As An Alternative To Traditional Routes, Liangkun Xu, Qing Yu

Journal of Marine Science and Technology–Taiwan

The grounding accident of M/V EVER GIVEN in the Suez Canal causes a catastrophic loss on shipping companies. Alternatively, previous studies have presented encouraging findings of the remarkable benefits of time and cost saving in the Northern sea route (NSR) due to extend the ice-free time and shorten the distance. Ships using the NSR could shorten as much as 40% of the sailing distance from China (Shanghai) to Europe (Rotterdam) compared with the traditional route via the Suez Canal. This paper investigates the economic potential of using the NSR as a cost-effective route in comparison with Suez Canal Route (SCR) …

Numerical And Approximate Analytic Solutions Of Second- Order Nonlinear Boundary Value Problems, Chein-Shan Liu, Jian-Hung Shen, Yung-Wei Chen

Journal of Marine Science and Technology–Taiwan

The shooting method consists of guessing unknown initial values, transforming a second-order nonlinear boundary value problem (BVP) to an initial value problem and integrating it to obtain the values at the right end to match the specified boundary condition, which acts as a target equation. In the shooting method, the key issue is accurately solving the target equation to obtain highly precise initial values. Due to the implicit and nonlinear property, we develop a generalized derivative-free Newton method (GDFNM) to solve the target equation, which offers very accurate initial values. Numerical examples are examined to show that the shooting method …

Optimization Of Circular Silencers Internally Hybridized With Multiple Reverse Chambers Using The Ga Method, Min-Chie Chiu, Ying-Chun Chang, Tian-Syung Lan, Ho-Sheng Chen

Journal of Marine Science and Technology–Taiwan

A noise abatement method using an eigen function in conjunction with an optimizer (Genetic Algorithm) under a space-constrain situation is proposed in this study concerning a high order wave propagation effect. An eigen function is used to describe an acoustical field and shorten the acoustical model in a four-pole transfer matrix form. The system’s four-pole matrix estimates the Transmission Loss (TL) for the silencers by multiplying individual four-pole matrices.

Additionally, a case study of an air compressor’s broadband noise elimination is introduced. Three types of circular reverse silencers (silencers A-C) internally hybridized with multiple straight chambers are adopted to efficiently …

Numerical Investigation Of The Uncertainty Of Typhoon Wave Parameters Retrieval Using Hf Radar, Toan Duy Dao, Hwa Chien

Journal of Marine Science and Technology–Taiwan

The aim of this study was to identify the sources of uncertainties of typhoon wave field monitoring using HF radar and to quantitatively assess the bias of the wave parameters, such as significant wave height and mean period, retrieved under various conditions. The strategy was to apply a purely numerical simulation of the Doppler-range spectra and then compare the estimation results to the target. For the quantitative investigation, a numerical test-bed was established. The test-bed was used to simulate the Doppler spectra based on Barrick’s (1972) theory by using the input of the directional wave spectra. The typhoon wave spectra …

A Fused Data Based Real-Time Collision Warning System For Ferries In The Yangtze River, Xiaojia Liu, Ke Zhang, Han Xue, Yingtang Li

Journal of Marine Science and Technology–Taiwan

The risks for ferries in the Yangtze River are relatively high, as they frequently cross the main traffic flows, leading to more intersections with other upwards and downwards ships. Although some studies have developed many models to assess collision risks in the Yangtze River, collision warning studies on ferries are scant. Meanwhile, most of the current collision studies evaluate risk based on AIS data, which are incapable of providing real-time ship information as they are discrete-time series data. In this work, fused data combining radar and AIS data are applied in a real-time ship collision warning model to assess the …

Experimental Study Of The Effect Of A Solid Wing Conveyor On Marine Debris Collection, Erik Sugianto, Jeng-Horng Chen

Journal of Marine Science and Technology–Taiwan

Marine debris is a global problem that has not been resolved. This has encouraged the emergence of marine debris cleaning technologies, one of which is a conveyor ship. However, how effective conveyors are in collecting waste has not been studied. In this paper, experimental research on conveyors as marine debris collectors is investigated. The capability of catamarans with or without solid wing conveyors to collect marine debris is explored. Three kinds of marine debris collection models are used: no-wing conveyor, a 12.5-cm-long wing conveyor, and an 18.75-cm-long wing conveyor. Artificial marine debris (AMD) is spread on the water surface in …

Solving Nonlinear Boundary Value Problems With Nonlinear Integral Boundary Conditions By Local And Nonlocal Boundary Shape Functions Methods, Chein-Shan Liu, Yung-Wei Chen, Jian-Hung Shen

Journal of Marine Science and Technology–Taiwan

The paper considers the second-order nonlinear boundary value problem (NBVP), which is equipped with nonlinear integral boundary conditions (BCs). Two novel iterative algorithms are developed to overcome the difficulty of NBVP with double nonlinearities involved. In the first iterative algorithm, two nonlocal shape functions incorporating the linear integral terms are derived, and a nonlocal boundary shape function (NBSF) is formulated to assist the solution. Let the solution be the NBSF so that the NBVP can be exactly transformed into an initial value problem. The new variable is a free function in the NBSF, and its initial values are given. For …

Platinum-Iridium Alloys In Jewelry, Nathen C. Christa, Seth Walker, Dylan Hallman

ME 4133/6133 Mechanical Metallurgy

One of the most widely used metals on the periodic table is Platinum (Pt). The name is derived from the Spanish Platina, meaning “silver.” This malleable, ductile material is widely used in applications due to its unique chemical properties. A couple of these unique properties include a high melting point and good resistance to corrosion or chemical attack. Platinum materials have alloys that are indispensable in the chemical laboratory for electrodes. This allows for material applications in crucibles and dishes to withstand elevated temperatures. Platinum is used primarily in catalytic converters in vehicles converting emissions from the vehicle’s engine into …

High-Carbon Steel In Additive Manufacturing, Chidi N. Agusiegbe, Devin Morton, Emmanuel Moore

ME 4133/6133 Mechanical Metallurgy

High-carbon steel can be processed through numerous methods. The method that will be focused on primarily is processing high-carbon steel through means of additive manufacturing. Additive manufacturing is the industrial production name for 3D printing, a computer-controlled process that creates three-dimensional objects by depositing materials, usually in layers. AM methods like wire laser additive manufacturing (WLAM) and electron beam melting (EBM) are all common methods for fabricating high carbon steel. The perks associated with these methods are that they improve some drawbacks of the natural properties of high-carbon steel. This paper discusses the uses of these additive manufacturing methods along …

Spring Island, South Carolina, Marjory Wentworth

Appalachia

No abstract provided.

Top Of The Ridge, Wally Swist

Appalachia

No abstract provided.

The Last Word About Fox (Maybe), Mary Oliver

Appalachia

No abstract provided.

Porcupine Mountains, Robin Chapman

Appalachia

No abstract provided.

Polar Wind, James Doyle

Appalachia

No abstract provided.

To Read The World, Polly Brown

Appalachia

No abstract provided.

Haul Out, Francis Blessington

Appalachia

No abstract provided.

A Peak Ahead: Much Maligned New Jersey, Uncovered, Christine Woodside

Appalachia

No abstract provided.

Letters

Appalachia

No abstract provided.

Books Of Note

Appalachia

No abstract provided.

Research

Appalachia

No abstract provided.

News And Notes

Appalachia

No abstract provided.

Alpina

Appalachia

No abstract provided.

Accidents

Appalachia

No abstract provided.

Mixing Business With Pleasure: Creating A Trail Guide For Rwanda's Nyungwe National Park, Doreen Bolnick, Bruce Bolnick

Appalachia

No abstract provided.

Mr. Snow: John Fry's Influence On Skiing In The East, Peter Bronski

Appalachia

No abstract provided.