SPACE, DEFENSE & NAVAL

The Space, Defense, and Naval industries are highly complex and engineering-intensive fields. They require precision, reliability, and engineering coordination of all interconnected parts. Fields such as Naval and Defense also require demanding standards such as those enacted for space procedures and conditions.

Space

Based on the recent assessment of the space industry, it is projected to grow by six to eight  percent per year. This high growth is deemed possible even without the space tourism factor that big engineering companies are bringing in.

Despite hindrances of stiff competition, high safety issues, engineering failures, and high levels of uncertainty, to name a few, the space industry flourishes steadily. Space as a frontier will always involve exploration by mechanical, thermal, and aerospace engineering.

Spacecraft/Satellite construction and deployment is currently ongoing among advanced nations and corporations. Gone are the days where space shuttles are remembered for the lives lost due to the hazardous and highly precise requirements of outer space travel.

All technical specifications are well scrutinized such as in highly touted six-sigma standards. Space will rigorously test the accuracy to engineering fundamentals such as structural engineering, stress analysis, and software testing, among others.

Progress in the vacuum and frigid conditions of space require all parts to function perfectly. With the right space technology, today’s astronauts can be assured of their safe launch into space as well as their safe return to Earth.

Defense

Defense (including aerospace) has reached a revenue of 685 billion dollars in 2017. National defense systems continue to  progress at a competitive rate, especially with the heightened tensions among countries.

Nations such as the US, EU, China, and Israel, along with private corporations, continue to use automotive technology, modelling (via CAD), and thermal analysis to produce efficient and effective vehicles, aircraft, and weaponry. Advantage goes to the more technically adept, more accurate, stealthier, and more effective means of enemy engagement.

Technological advancements will give advantage to users of systems and software such as Thermica®, ESATAN-TMS®, Patran®, and Nastran®.

Victory goes to the nation with more advantage compared to its competitor. In a modern battlefield, consulting in fields of military vehicles and advanced armaments may be a crucial advantage.

Naval

The OECD (Organisation for Economic Cooperation and Development) has benchmarked 2018 to have 3.8% growth for the shipbuilding industry. Despite many ships being available, more will be made.

Seafaring vehicles, such as oil tankers, aircraft carriers, and cruise ships are vital for economic, military, and recreational purposes. Excellent fluid mechanical analysis and energy generation are among the important aspects of engineering. Seaworthy ships need proper design, maintenance services, automation, and controls.

Nitrexo is the premier provider of advanced thermal engineering services, particularly for the space industry. The company provides the best thermal solution across all stages of the product development cycle.

Highly standardized processes and methods assure reduced time for thermal analytics. Minimizing the risks in function, costs, and development are among the company’s concerns.

Space products, such as launchers, cameras, CubeSats, solar arrays, and others will require the most demanding engineering standards and support. Nitrexo sets the bar for all the building and implementation stages of every project.