Material Technologies Enabling NVH Reduction (TechVision)
Opportunity Evaluation Of Key Material Technologies For NVH Reduction
30-Dec-2015
Global
Technology Research
D6C7-01-00-00-00
AU01006-GL-TR_16347
Noise, Vibration, Harshness (NVH) is the field concerned with measurement and modification of the noise and vibration characteristics in products such as vehicles, aircrafts, space-crafts, consumer electronics, industrial equipment, and the like. The NVH industry is characterized by stiff competition, consolidation and market maturity across most applications. Timely delivery of a product, quality, ability to grow in mature market conditions are some of the challenges that suppliers of NVH products and technology developers currently face. Therefore, it is imperative for a supplier of NVH products to distinguish from the other competitors in the market through the offer of specialty products and technologies that specifically address unmet customer needs.
This research service discusses the key material technologies available for NVH reduction. This includes a holistic analysis of the various component technologies in accordance with their technical capabilities, market needs, technology value chain, and industry requirements. In addition, environmental factors affecting adoption of the NVH materials across different industries will be analyzed. Furthermore, the research service provides an opportunity evaluation for NVH materials along with a technology adoption roadmap.
Research Scope
Research Methodology
Key Findings
NVH—Noise, Vibration, Harshness
Materials for NVH Reduction
Materials for NVH Reduction
Rubber/ Elastomer Composites
Key Innovations
Key Innovations (Continued)
Cork/ Cork Composites
Key Innovations
Key Innovations (Continued)
Foam/ Foam Laminates Composites
Key Innovations
Key Innovations (Continued)
Felt (Wool and Synthetic Fibers)
Key Innovations
Key Innovations
Patent Scenario
Patent Scenario
NVH Reduction Materials: Performance Evaluation
NVH Reduction Materials: Performance Evaluation
NVH Reduction Materials: Performance Evaluation
Demand Side Analysis
NVH Material Technology Adoption
NVH Reduction Materials—Technology Roadmap
Emerging NVH Materials Technologies Roadmap
Key Patents
Key Patents
Key Patents
Key Patents
Key Industry Contacts
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