Simulation
The Simulation Subteam provides hands on experience with industry level software. They work in parallel with many other subteams to model rockets and to test their capabilities to help improve designs.
The Simulation Subteam provides hands on experience with industry level software. They work in parallel with many other subteams to model rockets and to test their capabilities to help improve designs.
A wide range of simulations are performed, including fluid flow, stress, strain, and thermal analysis. No prior knowledge of any simulation software is required to join this subteam! Most members enter with no prior simulation knowledge; education and training are a priority for this subteam, making it a great way to gain new industry skills and experiences.
A wide range of simulations are performed, including fluid flow, stress, strain, and thermal analysis. No prior knowledge of any simulation software is required to join this subteam! Most members enter with no prior simulation knowledge; education and training are a priority for this subteam, making it a great way to gain new industry skills and experiences.
Projects
Projects
The Simulations Subteam has several projects in progress for the 2021-2022 academic year. They are working alongside both the SA Cup and High Altitude teams, as well as teaching skills to incoming students.
The Simulations Subteam has several projects in progress for the 2021-2022 academic year. They are working alongside both the SA Cup and High Altitude teams, as well as teaching skills to incoming students.
Structural Simulations
Structural Simulations
The simulations subteam runs simulations for the other subteams to predict any potential structural issues during the design process. One notable example of this in the upcoming year is the modular couplers for the SA Cup rocket.
The simulations subteam runs simulations for the other subteams to predict any potential structural issues during the design process. One notable example of this in the upcoming year is the modular couplers for the SA Cup rocket.
Cambered Fin Predictions
Cambered Fin Predictions
The simulations subteam will be working on predicting the torque for cambered fins to assist in their design.
The simulations subteam will be working on predicting the torque for cambered fins to assist in their design.
Aerodynamic Heating
Aerodynamic Heating
The simulations subteam will be simulating the aerodynamic heating for the fins and nosecone of the High Altitude rocket in order to inform design and material decisions
The simulations subteam will be simulating the aerodynamic heating for the fins and nosecone of the High Altitude rocket in order to inform design and material decisions
Simulation Software Used
Simulation Software Used
ANSYS Workbench
ANSYS Workbench
Finite element analysis software used for engineering simulation and 3D design. Has a wide range of modeling applications, including structural, electronic, and machine components, and can be used to simulate a wide range of attributes, including strength, toughness, elasticity, temperature distribution, and fluid flow.
Finite element analysis software used for engineering simulation and 3D design. Has a wide range of modeling applications, including structural, electronic, and machine components, and can be used to simulate a wide range of attributes, including strength, toughness, elasticity, temperature distribution, and fluid flow.
OpenRocket
OpenRocket
Free model rocket simulation software. It provides extensive tools for the modeling of a rocket, including a massive catalog of components and materials that allows users to specify everything from the rocket's density and center of gravity to the finish on the exterior. With state-of-the art, Six-Degrees-of-Freedom flight simulation, over 50 variables can be analyzed with real-time performance data and design optimization characteristics. Most Rocket Team rockets begin in this software.
Free model rocket simulation software. It provides extensive tools for the modeling of a rocket, including a massive catalog of components and materials that allows users to specify everything from the rocket's density and center of gravity to the finish on the exterior. With state-of-the art, Six-Degrees-of-Freedom flight simulation, over 50 variables can be analyzed with real-time performance data and design optimization characteristics. Most Rocket Team rockets begin in this software.
SolidWorks
SolidWorks
Solid modeling computer-aided design (CAD) software. Utilizes a parameter feature-based approach, similar to PTC Creo or PTC Pro-Engineer. Beginning with a 2D sketch, 3D models of parts can be developed and then combined to create complex assemblies. This is the main modeling software for the Rocket Team and is used by other subteams as well.
Solid modeling computer-aided design (CAD) software. Utilizes a parameter feature-based approach, similar to PTC Creo or PTC Pro-Engineer. Beginning with a 2D sketch, 3D models of parts can be developed and then combined to create complex assemblies. This is the main modeling software for the Rocket Team and is used by other subteams as well.
Simulations Lead: Josh Bugel (Bugel003@umn.edu)
Simulations Lead: Josh Bugel (Bugel003@umn.edu)
Would you like to attend a meeting? Check out the team calendar to find out when the next one is!
Would you like to attend a meeting? Check out the team calendar to find out when the next one is!