Difference between revisions of "Research Focus Areas"
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| + | {{DISPLAYTITLE:NMAC Research Focus Areas}} | ||
NMAC has five research focus areas, as discussed on this page. | NMAC has five research focus areas, as discussed on this page. | ||
| − | = | + | =Component Guidance= |
Guidance and tools for designing and maintaining power plant components | Guidance and tools for designing and maintaining power plant components | ||
| − | = | + | =Innovative Technology= |
Development of innovative technologies to advance maintenance practices and processes and improve efficiency | Development of innovative technologies to advance maintenance practices and processes and improve efficiency | ||
| − | = | + | =Maintenance and Engineering Practices= |
Development of industry proven maintenance techniques and implementation guidance for engineering processes | Development of industry proven maintenance techniques and implementation guidance for engineering processes | ||
| − | = | + | =Condition Monitoring Technologies= |
Use of condition monitoring methods to optimize equipment performance and provide early detection of equipment degradation | Use of condition monitoring methods to optimize equipment performance and provide early detection of equipment degradation | ||
| − | = | + | =Maintenance Strategies= |
Research and tools that support development of component maintenance strategies and improvement of existing maintenance programs | Research and tools that support development of component maintenance strategies and improvement of existing maintenance programs | ||
Latest revision as of 07:38, 6 December 2019
NMAC has five research focus areas, as discussed on this page.
Contents
Component Guidance
Guidance and tools for designing and maintaining power plant components
Innovative Technology
Development of innovative technologies to advance maintenance practices and processes and improve efficiency
Maintenance and Engineering Practices
Development of industry proven maintenance techniques and implementation guidance for engineering processes
Condition Monitoring Technologies
Use of condition monitoring methods to optimize equipment performance and provide early detection of equipment degradation
Maintenance Strategies
Research and tools that support development of component maintenance strategies and improvement of existing maintenance programs
