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PEP Talk: Ansys Modeling Software Introduction for PEP

Overview:

Ansys supports academia and industry with cutting-edge modeling and simulation (M&S) software. They have graciously partnered with PEP to develop a three-part series of webinars to introduce different tools that can support the PEP teams. This year, ONR is looking for more design documentation, and these resources can truly support teams looking to make their design their own. The first webinar will address key software packages that can get teams started with M&S.

Webinar 2: Hull and Propeller Hydrodynamics This webinar is a follow up to the first webinar on electric ship virtual planning, monitoring and execution. This webinar provides more details on using computational fluid dynamics (CFD) to determine the relationship among the boat velocity, thrust force, motor torque and propeller rpm, and using hull drag coefficients with a hydrodynamics analysis software that includes a PID controller to determine required thrust forces and velocities along the user defined path. This type of simulation can provide information to evaluate and improve the hull and propeller design before manufacturing the boat and eventually will help to decide if the boat will complete the defined path. We hope to see you there!

You can sign up for the first webinar on October 22 now. After this presentation, there will also be a third webinar with extensive Q&A time on November 6th for teams needing assistance with their models.

Resource Links From Ansys

 

 

Webinar 1: Electric Ship – Virtual Planning, Monitoring and Execution

This webinar provides an overview of a simulation workflow for the ASNE/PEP student competitors. Each team can decide if the entire workflow or a portion of it can provide them with a competitive advantage. A physics based simulation workflow is presented that includes mission course definition and for that course, the battery state of charge is monitored. This capability is realized by: (i) using computational fluid dynamics (CFD) to determine the relationship among the boat velocity, thrust force, motor torque and propeller rpm, and (ii) using hull drag coefficients with a hydrodynamics analysis software that includes a PID controller to determine required thrust forces and velocities along the user defined path. The battery configuration, motor selection, hull and propeller design, can be considered to help understand: (i) if the boat will complete the defined path, and (ii) the time to complete the path. Accessing the software required for these analyses will also be presented. We hope to see you there!

 

Recording from October 1

Slide Deck

 

Date & Time: October 22nd, 2024; 1400-1500 ET (Presentation with live Q&A discussion) Audience: All PEP students, engineers, and those interested in ethical engineering. Virtual Course Format: This presentation and discussion will occur in Microsoft Teams. If you do not have Teams, you will be able to view this event in your browser. Enrollment Fee: FREE! Professional Development Hours: 0 Hours

Register Today!--> Registration is closed, but you can use the information at the top of the page to join the webinar.

 

 

Announcing Future Ansys Webinars

 

 

Celebrating Foundational Ansys Webinars

 

Questions, comments, suggestions? Email us at education@navalengineers.org