Condition Memory Metals and Its Applications

Ng Jia Minh (U076833J) - [email protected] edu. sg


Shape memory alloys make use of the modification that takes place in the martensitic structure of Ni-Ti and copper centered alloys together with the change of temperature. They have the ability to " remember” it is original structure which makes it a lot different than some other alloys. Another application of this shape memory alloy is the fact it can also make a great amount of power and do operate if limited. The use of form memory alloys in professional applications continues to be increasing through the years. However , in this current term paper to get the module ME4254, the group has been produced a chance to study in much greater detail about the alloy and recommend a creative thought on how we could benefit themselves in our daily life with this kind of alloy. A great innovation that was show up by the group is usually integrating the alloy in to window shades to minimize the heat personal of structures without any consumption of electric power.

Desk of Articles

1 . Intro

2 . Opportunity of job

3. Condition Memory Materials

4. Nitinol: Properties and Structures

5. 1 . Properties

5. 2 . Stress-Strain Attributes at Numerous Temperatures a few. 3. Framework

5. Applications

6. 4. Orthodontic Archwires

6. your five. High Pressure Seal

six. 6. Micro-Electro-Mechanical-Systems (MEMS)

6th. Innovation

several. Conclusion


1 . Advantages

Over many centuries, men have aspired with their understanding to design and make structures and mechanisms that come as welcome solutions to technical barriers.

It can be at present observed that many inventions and design principles of many inventors and experts worldwide display a pushed towards an objective that is being much wanted – each day where their particular inventions may become highly manoeuvrable, to this extent that their developments are able to get over gradual or perhaps sudden unexpected changes in their very own operating environment with little or no human engagement.

This development is already being pursued inside the control facet of engineering, which will encompasses manufactured intelligence, detectors and substantial degrees of coding for high-end machines. An example can be found in Stanford University, wherever they have been powerful in developing an autonomous robotic automobile that can travel through desert terrain with no human treatment (Standford University or college, 2005).

In spite of this, we note that the development of new materials through this mentioned thrust towards do it yourself control remains in the stage of childhood, as compared to the control aspect. However , in the current century, exactly where technological barriers are getting broken by a break-neck speed, the field of such components, or more commonly referred to as ‘Smart Materials' is growing rapidly and have begun to have found consumption in various applications, which we will bring in and go over in the afterwards pages. The more common smart materials currently found in the industry happen to be piezoelectric ceramics and form memory metals.

2 . Scope of Project

Form memory alloys are a relatively new concept when compared with that of piezoelectric materials, that have been discussed around the 1880s by Pierre and Marie Currie. Nevertheless , as a ceramic material that possesses excessive compressive durability and stiffness and hence it is a less effective materials when put through tensile launching. Ceramics are also sensitive to cracks and defects.

This is not the truth for form memory metals, which can preserve a larger tensile load. We believe that the use of such alloys will become increasingly popular when the specialized difficulties happen to be overcome plus the cost of this sort of alloys reduce with mass usage.

Therefore , the purpose of this job is to bring in shape memory space materials which has a review of it is current innovations and look into the mechanical properties that give its capabilities. We likewise hope to show the reader the memory alloy Nitinol and...

References: A. Szold. (2006). Nitinol: shape-memory and super-elastic materials in surgery. Gathered NOV 2010, from Medical Endoscopy:

Bellouard, Sumado a

Caragh Precision. (2010, June). Addressing the Challenges of Working with Nitinol. Retrieved Nov 8, 2010, from Western european Medical Gadget Technology:

Colledge, H

Duerig, S. S. (1999). An Overview of Nitinol Medical Applications. Components Science and Engineering A273‐275, 151.

Keyhole Surgery. (2010). Retrieved Oct 1, 2010, from Important hole Medical procedures. net:

Lienhard, M

Standford University. (2005). Standford Racing Team 's Admittance in the 2005 DARPA Grand Challenge. Stanford.


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