Other Engineering Commons^™

Design And Development Of Seed Hydration Analyzing Device And Its Utilization In Studying Cereal And Legume Hydration, Vinay Kumar Mannam

Doctoral Dissertations

Cereals and legumes are important sources of vegetable-based human nutrition. Together they account for 48.6 % of protein and 8.7 % carbohydrate consumption around the world. During preparation, majority of these agricultural staples are re-hydrated to aid in their digestibility, palatability and the bio-availability of the nutrients.

Study of hydration kinetics of cereals and legumes is an important and valuable necessity for industry and academia to understand and gain insights into seed hydration characteristics. An automatic seed hydration analyzing system is developed as a solution for lack of instruments with broad capabilities to study variety of seed properties. The device …

Pstat: Promoting Sustainable Transportation Among Teens, Jordan Bryner, Yi Ying Chin, Candice Patton, Rebekah Patton, Christopher Stanfill, Rick Wheeler, Jeffrey Keith Clark Ii, Paul Frymier, Chris Cherry, David Irick, Leon Tolbert

Faculty Publications and Other Works -- Chemical and Biomolecular Engineering

Can an innovative, team-based, hands-on design and construction project involving high school students change their attitudes and personal preferences for transportation to favor lower impact modes? This was the main question PSTAT (Promoting Sustainable Transportation Among Teens) sought to answer. Since the last decade, global climate change has fuelled increased development of alternative transportation modes that have lesser impact on the environment. However, society is not embracing the change with open arms. Therefore, there is a critical need for a paradigm shift, which could be especially timely for teen-aged students starting to adopt their own personal transportation preferences. By exposing …

Moldable Items Packing Optimization, Sima Maleki

Doctoral Dissertations

This research has led to the development of two mathematical models to optimize the problem of packing a hybrid mix of rigid and moldable items within a three-dimensional volume. These two developed packing models characterize moldable items from two perspectives: (1) when limited discrete configurations represent the moldable items and (2) when all continuous configurations are available to the model. This optimization scheme is a component of a lean effort that attempts to reduce the lead-time associated with the implementation of dynamic product modifications that imply packing changes.

To test the developed models, they are applied to the dynamic packing …