Structural Health Monitoring Market, By Type (Wired and Wireless SHM System), By Component (Hardware (Sensors, Data Acquisition System and Others), Software (Design & Analysis, Parameter Identification & Tracking and Others ) and Services (Installation Services ,Design & Consulting Service, Operation & Maintenance Services), By Application (Bridges & Dams, Buildings & Stadiums, Vessels & Platforms, Airframes & Wind Turbines and Large Machinery & Equipment), and By Region (North America, Latin America, Europe, APAC and Middle East & Africa) - Size, Share, Outlook, and Opportunity Analysis, 2022 - 2030
The process used for implementing damage detection for engineering designs such as dams, buildings, and bridges is referred to as Structural Health Monitoring (SHM). The SHM system is used for analyzing and monitoring the health of various structure such as buildings, bridges, dams, stadiums, and large machineries. There are different methods involved in structural health monitoring including data acquisition, operational evaluation, normalization, cleansing, and statistical model development. SHM systems elements include structure, sensors, data acquisition systems, data transfer and storage mechanism, data management, and data interpretation and diagnosis. SHM provides the safety of the structure by monitoring and evaluating its various parameters such as crack detection, damage detection, strain monitoring, and impact monitoring to protect the structure from any type of danger.
The Structural Health Monitoring market was valued for US$ 1,989.0 Mn in 2021.
Market Dynamics
Growing advancement in wireless technology is expected to drive the growth of global structural health monitoring market (SHM). This wireless technology eliminated the use of wire and stopped the installation and protection of cable wire which reduced the cost of wireless SHM. These solutions are helpful in providing safety levels as they can be arranged remotely or before installation and replaced easily for the maintenance. Moreover, ease of connectivity, ample control over these systems, and enhanced communication are expected to propel growth of the global structural health market over the forecast period. For instance, Zig Bee is a wireless mesh network system who consumes low power and is used for wireless control and monitoring applications. Low power consumption provides long life batteries, while mesh networking provides high reliability and extensive range of connectivity.
Software and services is also driving the growth of this market owing to the growing importance of civil projects. SHM processes are becoming essential to identify the failures in the various structural designs such a dams, bridges, highway and buildings. The main approach of SHM is to collect data about the whole condition of the structures. The demand for software application and software algorithm is increased for the collection of various kinds of structural data. For instance, SCADA and MATLAB are used for identifying the damage detection in the engineering structures. These software’s detect damage at the initial stage and provides safety from any type of hazard. Hence, these factors are expected to hamper the market growth up to a certain extent.
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