Identify root causes, predict component life, and prevent costly turbine failures with Liburdi’s expert engineering analysis.
Unexpected gas turbine failures can lead to major downtime, lost revenue, and unplanned repairs. Instead of reacting to breakdowns, Liburdi helps you stay ahead with advanced Failure and Life Analysis services.
Our engineers use proven diagnostic techniques to pinpoint the root cause of failures and recommend corrective actions that prevent recurrence. Through Component Life Analysis, we help you schedule maintenance during planned outages—avoiding surprises, reducing costs, and maximizing uptime.
Stop letting breakdowns dictate your operations. Trust Liburdi Turbine Services to keep your gas turbine components running reliably and efficiently.
Our team offers a unified approach to analyzing gas turbine failures, bringing diverse skills for holistic solutions.
We use advanced programs for precise, data-driven insights, helping you make informed decisions on gas turbine parts.
We examine hot gas components thoroughly, providing detailed insights for cost-effective repair or replacement.
Liburdi's expert engineering team specializes in gas turbine repair, combining deep expertise in engine design, aerodynamics, metallurgy, and more to deliver comprehensive performance solutions. Our failure analysis services identify root causes of turbine issues, providing customized strategies to prevent future breakdowns and extend component life. Utilizing advanced tools for stress analysis, flow dynamics, and rotor optimization, we ensure your gas turbine operates at peak performance.
At Liburdi, we specialize in maximizing the service life of your hot gas path components through advanced metallurgical examination. Our process goes beyond simple damage assessment—we quantify material degradation and deliver precise, cost-effective recommendations for repair or replacement. With industry-leading techniques featured in "Gas Turbine Blade Life Assessment and Repair Guide," we set the standard for turbine reliability and performance. Continuously refining our methods, we provide actionable insights that save costs, extend component life, and ensure optimal turbine operation.
Liburdi sets a new standard in gas turbine repair and maintenance with a cutting-edge approach to disc life assessment. While blades and vanes face extreme heat and corrosion, turbine discs endure intense stress loads that are critical to reliable operation. Our advanced mechanical design methodology, featuring finite element stress analysis, provides precise calculations of disc life expectancy—outperforming outdated life estimation methods. By choosing Liburdi, you ensure accurate insights that extend turbine component life, reduce maintenance costs, and improve the long-term reliability of your gas turbine systems.
For the same reasons that it’s wise to get a regular check up with your doctor, a life analysis is an evidence-based approach to determination of:
Typically, only a single part is required for destructive testing; a blade which has irreparable damage can be selected to avoid destruction of another wise repairable blade. Analysis of additional blades may be necessary if a blade set has a multiple populations, but only if the populations of a similar vintage – analysis of the oldest blade group can often suffice.
Turbine disks operate at temperatures below which metallurgical degradation is evident. Cracks can develop over time, however, so determining safe operating intervals beyond OEM life limits requires determination of the disks operating conditions (stress and temperature) through finite element analysis (FEA) and estimations of cracks growth rates under these conditions, using the principals of fracture mechanics. Safe operating intervals can then be established, based on the expected time for cracks to grow from a detectable size to a critical size.
