What does DSM mean in UNIVERSITIES

Dynamic Structures and Materials (DSM) is a field of research focusing on advanced materials and structures with dynamic properties. It combines the disciplines of mechanical engineering, materials science, physics, chemistry and biology to create new advanced materials and dynamic structures.

DSM has been used in a wide range of applications, from automotive and aerospace components to medical devices. It can also be used for non-structural purposes such as coatings or sound damping material.

Yes, there are many advantages to using DSM including improved performance in terms of strength, stiffness, energy absorption capacity, durability and fatigue resistance. In addition, they allow for designs that require fewer parts or that can be easily adapted to changing conditions or requirements over their lifetime.

A variety of natural or synthetic polymers may be used including polyurethane foams as well as composite materials such as glass fiber reinforced epoxy resin systems. Additionally, metals alloys such as thermally sprayed aluminum coatings may also be incorporated into a structure's design depending on its requirements

Traditional methods typically involve fabrication techniques such as machining processes which aim to create a product through the removal of material from a base material whereas with DSM technologies such as 3D printing aim to add material in order to create the desired end result. In this case it is possible for products that would otherwise not be possible due to either cost or complexity restrictions.