|Project Summary||Project Information|
In October 2016, Dr. Ghoneim as well as RIT student, Zhen Yin developed and completed preliminary testing of a compliant/flexible body pump. Through applications of finite element analysis as well as taking advantage of composite material properties, it was demonstrated that a compliant body pump is able to have a high volumetric efficiency when compared to typical rigid pumps. Pumping potential, or the relative change in volume to change in length of a compliant body pump, was introduced by Ghoneim as a performance metric for understanding the volumetric efficiency of flexible body pumps.
High volumetrically efficient pumps are useful in a variety of scenarios: whether a pump is required to move large volumes of fluid, or certain scenarios constrain spatial limits, compliant body pumps are able to perform tasks with a high pumping potential. The goals of this project are to design, manufacture, and test a compliant body pump constructed of a flexible matrix composite. The design must have a pumping potential of that equal to or greater than 4, or equivalent to the heart. Furthermore, pump power efficiency should be minimized such that a balance is found between volumetric efficiency and power consumption efficiency.
A link to a 1 page summary can be found here: Project Readiness Package.
For more detailed background information, create a new node and add a link here.
|Elijah Eaton||ME||Project Manageremail@example.com|
|Zachary Coutu||ME||Lead Engineerfirstname.lastname@example.org|
Content Guidelines: Use these links below to guide you in populating your website. A few points to consider:
- Be aware of any information that your sponsor might not want publicly available. You can use the directory for this information, and it will be available only to those users with Guest access to your site.
- Do not post any files on your site that are not yours, unless you are certain that they are in the public domain or you have received permission to post them. Examples of files that you should avoid posting are copies of published papers, standards documents, textbook chapters/excerpts, or copyrighted images. If you have received a .pdf of a paper through Interlibrary Loan, or purchased an ASTM or ISO standard, you may post it in the private directory, where only your team and guide will have access to it.
- If you are including contact information for people that would otherwise not be publicly available, make sure you have their permission. For example, your faculty advisor's email address and office phone number are already publicly available on the KGCOE website, and is fine to post. However, if he or she has provided a cell phone number to the team, that is most likely not public information and should not be posted without explicit permission.
- Comment out this text once you've read it.
Work Breakdown: By Phase
|MSD I & II||MSD I||MSD II|
Customer Handoff & Final Project Documentation (Verification & Validation)
Work Breakdown: By Topic
Use this space to link to live/final documents throughout the project. Your team should customize this as-needed, with input from your guide and customer. The example below will address most of what most teams need to capture.
|Project Management||Design Tools||Design Documentation||Implementation||Validation||Presentation & Dissemination|
Communication & Minutes
Pugh Concept Selection
Design Review Documents
Imagine RIT Exhibit
- Be sure to include any relevant sponsor acknowledgement throughout your site.
- Acknowledge any other support you have received from people at RIT or elsewhere.