The same building can be seen by both construction engineers and safety inspectors, but from distinct perspectives. An engineer or architect will examine the many components and weigh their costs, adding them up in his or her head to arrive at a final figure. An inspector, on the other hand, will be primarily concerned with the material’s longevity and dependability.
Regardless of which viewpoint is used, the goal is to achieve the maximum potential value within budget or design constraints. When it comes to construction, the goal is to get the most strength and the longest life duration for the least amount of money. When picking the metal to utilize in a construction or manufacturing project, it’s important to consider all of the factors.
When picking a metal, the three most important aspects to consider are its strength, weight, and cost. Steel is tough and inexpensive, yet it has a high density. Aluminum is lightweight and inexpensive, but it lacks strength. For a long time, titanium was omitted from the discussion due of its high cost. Although its strength is comparable to that of steel and its density is comparable to that of aluminum, the material’s high cost frequently forced builders and manufacturers to look for alternatives. However, this is beginning to change. Titanium prices are falling, and as a result, more businesses are opting to use it for all of its benefits.
This might be good news for a range of industries, as titanium is one of the most commonly utilized metals on the planet. Titanium is now more accessible than ever before, thanks to lower prices, and it can be used in a wider range of applications. For some instances of how it can be utilized in aerospace and construction, see the accompanying infographic.
