The SimScale DIY 3D printer workshop series enables students, 3D printing enthusiasts, and professionals to learn how to use engineering simulation for developing and improving the design of a RepRap 3D printer.
Over the course of 3 sessions, participants will learn the fundamentals of engineering simulation and will expand their knowledge of thermal simulation, cooling, and solid mechanics.
Participants who complete the video lectures, step-by-step exercises, and quizzes to 100% will receive a special SimScale Certificate of Completion which can be added to a resume or course profile on Linkedin.
Each session consists of:
The first session introduces participants to the fundamentals of thermal simulation, including the concepts of conduction, convection, and radiation. During the session, the participants will learn how to setup a simulation of the heat distribution within the extruder from scratch and how to make a design optimization decision based on the results of the analysis.
The second session of the 3D Printing Workshop is about the role of cooling and thermal management. Besides learning about the fundamentals of convectional heat transfer and fluid dynamics, participants will set up a fluid flow simulation to optimize the operating mode of the fan.
The third session introduces participants to solid mechanics. Participants will learn about the fundamentals of machine dynamics and create a modal simulation to identify eigenfrequencies and the associated modal displacements of frame.
Students who watch all video lectures, complete the exercises, and submit their work using the Form in the Final Assessment Section will receive a special SimScale Certificate of Completion which you can add to your resume or course profile on Linkedin.
I hope you enjoy the course and Happy Simulating!
As the Academic Program Manager at SimScale, Milad actively works with students and educators in the SimScale community. He hosts monthly workshops covering a range of topics from CFD to FEA to thermal analysis. He has more than 10 years of professional experience with engineering simulation and motorsport aerodynamics.