Page 99 - IJAMD-1-3

International Journal of AI for
Materials and Design
Review of gas turbine blade failures by erosion

of incorporating sustainability and durability fostering strong relationships with reliable suppliers
considerations into the theoretical frameworks and enforcing strict quality assurance protocols to
governing gas turbine design and operation. This maintain product integrity.
requires the development of theoretical models that • Regulatory compliance and industry standards:
assess the long-term environmental impact of erosion- Managers may implement erosion control in gas
induced failures and the integration of theoretical turbine operations by aligning their practices with
concepts to promote the use of sustainable materials regulatory requirements and industry benchmarks.
and practices, fostering the development of more Managers can also demonstrate adherence to best
environmentally friendly and durable energy systems. practices, ensuring compliance with safety standards
By incorporating these theoretical implications into and environmental regulations, thus fostering trust
future research and development endeavors, this review among stakeholders and customers.
contributes to the advancement of theoretical frameworks • Training and skill development: Enhancing the
that underpin the design, operation, and maintenance of skills and expertise of the workforce is essential
gas turbine systems, paving the way for the development of in implementing effective erosion prevention and
more efficient, resilient, and sustainable energy solutions. maintenance practices. Managers should prioritize
training programs that educate employees about
6.2. Managerial implications erosion mechanisms, preventive measures, and
the use of advanced monitoring technologies. This
Managerial implications arising from the comprehensive enables the workforce to make informed decisions,
review of critical aspects of gas turbine blade failures respond effectively to erosion-related challenges, and
caused by erosion are crucial for guiding strategic decision- contribute to the overall efficiency and safety of gas
making and operational practices within the gas turbine turbine operations.
industry. The following managerial implications can be
derived from the review: By incorporating these managerial implications into
• Risk management and maintenance strategies: their strategic planning and operational frameworks,
Managers in the gas turbine industry need to develop managers can effectively navigate the challenges posed
robust risk management strategies that incorporate by erosion-induced gas turbine blade failures, fostering
the findings of this review to proactively address a culture of proactive maintenance, innovation, and
erosion-induced failures. This involves implementing compliance, thereby enhancing the overall competitiveness
comprehensive maintenance schedules that target and sustainability of their organizations in the dynamic gas
critical erosion-prone areas and integrating advanced turbine industry.
monitoring techniques to detect early signs of erosion,
thereby minimizing downtime and ensuring optimal 6.3. Limitations
turbine performance. Several limitations should be considered when examining
• Investment in research and development: Managers the critical aspects of gas turbine blade failures caused by
should prioritize investment in research and erosion. These limitations may have impacted the scope
development initiatives aimed at advancing erosion- and depth of the comprehensive review, and they include:
resistant materials, innovative coating technologies, • Data availability and accessibility: Limited access
and advanced manufacturing processes. By leveraging to comprehensive and updated data on erosion-
the insights from the review, managers can direct induced gas turbine blade failures might have
resources toward the development of cutting-edge restricted the completeness of this review. Inadequate
solutions that enhance the durability and performance data availability could have affected the ability to
of gas turbine blades, ultimately improving the overall conduct a thorough analysis of various case studies
reliability and competitiveness of their products and and experimental investigations, potentially leading
services. to a partial understanding of the complex nature of
• Supply chain management and quality control: erosion mechanisms and their impacts.
Ensuring the quality and reliability of materials and • Research focus and publication bias: The review’s
components supplied for gas turbine manufacturing findings could have been influenced by a potential
is crucial. Managers should establish stringent quality bias in the selection of research studies and literature.
control measures within the supply chain to guarantee The emphasis on certain types of erosion mechanisms
the procurement of high-quality materials, coatings, or specific mitigation strategies within the literature
and components that align with the erosion-resistance could have skewed the overall perspective, potentially
requirements outlined in this review. This necessitates overlooking alternative viewpoints and pertinent

Volume 1 Issue 3 (2024) 93 doi: 10.36922/ijamd.5188