Analysis of Shape Memory Alloys with Composition NITI and NITIB and Their Application - Research Paper Example

With time and the advancement in technology, the materials have been improved to cater to the required needs of the users. With the knowledge of the shape memory alloys in use, the study becomes more realistic and enjoyable as this will help one to be equipped with the relevant know-how the use and apply these shape memory alloys. The most special attribute that can be credited to the application of the shape memory alloys is the fact that these alloys have an admirable behavior on their ability to achieve the plastic deformation without dislocation as stated by (Bellouard and Clavel, 2004).

This analysis has to be done in time to avoid issues dealing with the time classing to cover for unconcluded reports or any other material dealing with the alloy. When this alloy is exposed to elevated temperatures, it is clearly observed that their behavior is one the best for any of the engineering studies and analyses dealing with the analysis of the materials to use when planning on any major development. Ideally, the use of the shape memory alloy can widely be used to learn the greenhouse system operation.

In case it fails, then one has to work on the generation of the best alternative to use for the annealing of the alloy as accorded by Smith (2010, pp231-235). The shape memory alloy most of the time is used in the actuators which function almost like that of the other computer. For this reason, therefore, I do have a duty and the obligation to eliminate any of the drawbacks that may result in something to do with the leasing of the deposits. Nickel Titanium is a metal alloy also known as nitinol; these alloys are basically made of two elements, that is, nickel and titanium.

These two metals present in almost equal proportions in their percentage composition in the alloy mixture. Studies have shown that these alloys have two unique characteristics that make them special, and these properties are closely related. NITI and NITIB have these properties that make them the best suited for engineering and bio-compatibility.