Skewers4Dummies

Skewers4Dummies

Skewers4Dummies

Skewers4Dummies

Thermal Anlysis of Turducken Cooking Process

Thermal Anlysis of Turducken Cooking Process

Thermal Anlysis of Turducken Cooking Process

Thermal Anlysis of Turducken Cooking Process

Client

Client

Cooper Union ME408

Cooper Union ME408

My Role

My Role

Project Manager

Project Manager

Year

Year

2022

2022

Skills

Skills

Meshing, CAD, ANSYS

Meshing, CAD, ANSYS

Objective

Simulating and solivng a transient thermodynamic problem using Altair Hypermesh to mesh complex geometries and run thermal analysis simulations using ANSYS Mechanical Workbench

The Problem

Properly cooking a turducken is a very meticulous process. For this assignment, my team and I developed Skewers4Dummies which are a set of skewers designed to cook a turducken (turkey + chicken + duck) efficiently. The skewers were modeled in CAD to fit the assignment constraints, meshed in Hypermesh to accurately depict the geometries, and analyzed in ANSYS Workbench to observe cook times and percent of turducken burned.


Approach

  1. Understand constraints and limitations

  2. Apply Turducken material properties to the simulation model

  3. Comparing skewer designs for optimal cooking settings

  4. Create a mesh of the simulation model to best reflect the geometry

  5. Apply heat oven heat settings in ANSYS simulations

  6. Measure percent burned using Python to validate skewer design and recipe

Results

The turducken model was simulated in ANSYS Workbench and ANSYS APDL to determine the percent of turducken burned after the oven and the skewers are turned off. The volume and element temperatures were taken from ANSYS Mechanical APDL. The element table gives the volume of each element and the average element temperature. These values were then exported into a text file for Excel to parse through.

Using Excel, the total volume of the model was found through a summation of the volume of each element. Then, the elements with temperatures exceeded the burnt threshold of 280℉ were sorted out from the list to be considered as a burnt element. Furthermore, the script is able to retain which elements were burnt at any given time step to ensure that no element was double accounted for if it had passed the burnt threshold multiple times. Finally, the percentage burnt is computed by taking the volume of elements burnt divided by the total volume of all elements. 

The final percentage burnt is 19%.

Conclusion

The total estimated design time for the Skewers4Dummies© Turducken skewers was estimated to be 144 hours. Each team member spent approximately 36 hours on hand calculations, CAD modeling, simulation, and analysis. Alternate skewer designs such as coils and zig-zags were considered, but ultimately the linear design was chosen for easier use. 

Skewers4Dummies© was able to deliver a skewer design that is easy to use and able to cook a turducken in under 6 hours.

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