The school program is suitable for students and engineers interested in additive manufacturing for real industrial applications. You will learn 3D modelling and design your own product. You will study how to select 3D printing process and material for a best profit performance. You will be able to drive innovation at your organization or accelerate your career with additive manufacturing!
The School provides the unique opportunity to focus on the additive manufacturing and digital modelling of processes, additive design and manufacturing in Space and Mechanical Engineering
You will explore each of the commercial AM technologies and understand their principle method of operation, materials compatibility, and application potential.
You will be introduced to the principles of designing parts for AM for each major process, illustrated through a series of instructional examples and see artifacts produced at Samara University.
The study program consists of two modules.
1 part: basic principles of the technologies and an overview of its applications.
2 part: case study activities at research laboratories.
The studies will be in a live talk, so you will be able to ask questions and share your experience.
Along with studies, you will get a rich cultural program that will make you feel like you are in Russia. Our team has prepared a wonderful journey to Russian cultural and social life.
AM Workflow. Equipment and materials. 3D printing process features and methods. Benefits and constrains of AM.
Photopolymerization, Fused Deposition Modeling, Powder Bed Fusion (selective laser melting).
Pattern making. Silicon mould making. Wax casting.
Cost analysis models. Evaluation of cost structures of AM processes using a new business model.
Heat transfer and fluid flow simulation. Residual stresses and distortion prediction and calculation.
Overview of additive manufacturing application in industry: Aerospace, Energy, Medical, etc. case studies.
You will know how 3D printing could change space; we will show the most promising Projects and 3D-Printed Rocket. 3D Printing and Space Exploration: How NASA Will Use Additive Manufacturing. You will study a novel design rules and lightweight lattices designs.
You will know all benefits of 3D printing in medicine; we will show some innovative use cases for 3D printing in medicine.
The course concern 3D Printing and its impact on society. It can be used for rehabilitation of refugees to build shelters; it can also help to deal with plastic waste as a replacement of virgin materials etc. In this study, an attempt has been made to identify explore different ways of implementation of 3D printing in social service.
Do you know that 3D printing could help you on many levels for your mechanical projects? From developing your prototype to the improvement of your designs and the optimization of your inventory, additive manufacturing could really offer you great benefits with your mechanical parts.
We will discuss and compare traditional technologies and 3D printing for motors manufacturing in the aerospace industry. We prove a cost-efficient of 3D printing for aviation reduce fuel consumption and material costs. You will know about GE, Pratt & Whitney and Boeing projects.
