A significant part of the demand in the global welding safety market will arise from the construction and manufacturing sectors, which jointly accounted for nearly 50% of the overall market in 2015.The demand for welding will increase over the forecast period, especially from the manufacturing industries in developing countries. As welding is extensively used in the manufacturing industries, the rising demand for welding will, in turn, increase the demand for welding safety.Welding is one of the major processes in the construction industry. The global construction output is expected to grow by 85% to reach $15 trillion by the end of 2030. The global construction industry will grow at an annual rate of 4% until 2030,which is higher than the projected global GDP growth rate of 3% per annum.The implementation of robotic welding technology and automated welding technology will significantly limit the market growth as the demand for manual welding will decline. Automated welding solutions offered by companies like Lincoln Electric and Gullco International help end-users execute welding with the highest efficiency. Increased output, improved quality, and reduced overall cost propel endusers to adopt robotic welding. This will decrease the demand for welders, in turn,decreasing the demand for welding safety equipment in the market.

The global automotive industry is experiencing a period of high profitability and strong growth, with annual sales reaching the pre-recession peak. This is mainly due to the rise in globalization and urbanization that have improved the living standard of people, which, in turn, is increasing their purchasing capacity. The global automobile market is at present dominated by the US, but market projections predict that the market will see a shift toward China, with the Chinese automobile market expected to grow at the rate of 12.6%. On the other hand, the US automobile market is projected to grow at a rate of 6.1% during the forecast period.The forecast period is likely to be a real game changer for the software associated with waterjet cutting machines. Though the software is used in the main cutting models, the trend is now shifting toward machine intelligence. For instance, OMAX has developed a new software Intelli-CAM that helps to generate 2D and 3D paths of the tools. This helps to create the tool path and attributes of 3D cutting before it is fed to the waterjet cutting machine.

In 2015, the water-soluble paints segment was the largest product segment of the global waterborne coatings market, accounting for 49.5% market share. These paints are predominantly used in the developed economies, such as the US and Europe because they have low VOC content. These paints are used for coating automotive parts, such as interior body parts to prevent them from corrosion and mechanical stress.In 2015, the architecture industry was the largest end-use segment of the global waterborne coatings market, accounting for 32% market share. The growth of the housing and construction markets in APAC is contributing to market growth, with China as the leading consumer of waterborne architectural coatings. In APAC,infrastructure spending is expected to reach $8.85-$8.95 trillion by 2025 from $4.3-4.4 trillion in 2015.In 2015, APAC was the largest geographical segment of the global waterborne coatings market, accounting for 39.5% market share. APAC is expected to be the fastest-growing region (CAGR 5.8%) in the global waterborne coatings market.This fast-paced growth of the waterborne coatings market in APAC was attributed to rapid industrialization and the flourishing automotive industry. Countries such as China and India will drive the demand for waterborne coatings in the region.

In this report, Technavio covers the present scenario and growth prospects of the global vital signs monitoring devices market for 2016-2020 (base year: 2015; forecast end year: 2020). These devices are used as a first choice or alternative device to monitor health of patients. To calculate the market size, we use the revenue generated from the sales of vital signs monitoring devices.

Crowdfunding is one of the major funding methods adopted by companies to raise funds for virtual reality (VR) projects. It attracts new entrants in the market, thereby increasing the competition among vendors and reducing device prices. It also allows vendors to anticipate customer demands, directly communicate with potential buyers, and involve customers in the product development stage. This will help vendors manufacture products according to customer demands.VR has been gaining more popularity in the market after Facebook acquired Oculus for $2 billion in July 2014. In addition, Google invested $542 million in Magic Leap in October 2014, which works on virtual and augmented reality (AR) solutions.Oculus is developing a device for PC gamers; Samsung Electronics is trying to capture the mobile gaming market with the introduction of Samsung Gear VR; and Sony is developing Project Morpheus to cater to the console gaming segment.

Students increasingly using smartphones and tablets for study purposes is the primary factor driving the growth of the m-learning market. However, to include m-learning as a part of the curriculum learning process, educational institutions must have a strong ICT infrastructure. For this, these establishments need to invest heavily in installing software and enhancing server capabilities. As a result, their overall operational expenditure will increase. We expect the high cost of m-learning infrastructure to be an impediment to market growth, especially for educational institutions facing budgetary constraints.

High-performance alloys are a class of alloys that exhibit creep resistance at high temperatures and excellent mechanical strength. These alloys mainly consist copper, lead, titanium, rhenium, chromium cobalt, and nickel as base alloys. They exhibit properties such as resistance to corrosion, resistant to oxidation and sulfidation, heat resistance, and other related properties.

In 1911, H.K. Onnes — a Dutch physicist — discovered superconductivity. The physicist discovered superconductivity by cooling mercury metal to extremely low temperature and observing that the metal exhibited zero resistance to electric current. Before 1973, many other metals and metal alloys were observed to behave as superconductors at temperatures below -250°C. These materials are known as low temperature superconductor (LTS) materials. Since the 1960s, niobium-titanium (Ni-Ti) alloy has been the material of choice for commercial superconducting magnets.

Heat pumps are among the most energy-efficient substitutes for air conditioners and furnaces, especially in climates that require moderate cooling and heating needs. The pumps, like refrigerators, make warm space warmer and cool space cooler by using electricity to move heat. Considering that heat pumps only move heat instead of generating it, they enable almost 25% cost savings when compared with conventional methods.

The healthcare industry has observed a shift in preference from hospital care to home healthcare over the last decade. This is expected to lead to a significant growth in the demand for healthcare products during the forecast period. In addition, increased healthcare spending will drive the market. According to the Centre for Disease Control and Prevention (CDC), healthcare expenditure in the US increased from 2.9% of the GDP in 2013 to 5.3% of the GDP in 2014 to reach $3 trillion or around $9,523 per person. Out of this, hospital care spending accounted for $971.8 billion in 2014 showing a growth of 4.1% over the previous year. Another factor that will also fuel the growth of the market is the significant rise in the number of hospitals and other medical institutions globally. According to the Central Bureau of Health Intelligence, the number of government hospitals in India have risen from 4,571 to 12,000 between 2000 and 2013. These factors have together increased the demand for healthcare packaging products.