I have several years of experience performing vibration analysis on a variety of machines and systems. I am familiar with various techniques and tools, such as frequency analysis, modal analysis, and time-frequency analysis. I have also worked with different types of sensors, including accelerometers and proximity probes, and have experience with data acquisition and processing.

I have experience designing and conducting vibration testing on a wide range of systems and components. I have worked with both sine and random vibration testing, as well as modal testing. I am familiar with various standards, such as MIL-STD-810, and have experience with test planning and execution, as well as data analysis and reporting.

I have experience designing and implementing vibration isolation and control systems for a variety of machines and systems. I am familiar with various types of isolation systems, such as passive and active isolation, and have experience with vibration control techniques, such as feedback control and feedforward control. I have also worked with different types of actuators and sensors, including piezoelectric actuators and accelerometers.

I have experience with finite element analysis (FEA) and modal analysis using various software such as ANSYS, ABAQUS, and NASTRAN. I have been involved in the analysis of structures and mechanical systems, including linear and nonlinear static and dynamic analyses. I am able to extract the natural frequencies, mode shapes, and damping ratios of a system using modal analysis and use this information to design and optimize the system.

I have experience with a wide range of vibration measurement instrumentation, including accelerometers, velocity sensors, and proximity probes. I am familiar with various data acquisition systems and am able to set up and configure instruments for a variety of measurement tasks. I have also worked with data processing and analysis software, such as Matlab, and am able to extract relevant information from vibration data.

I have experience with rotor dynamics and the analysis of rotating systems. I am familiar with various types of rotor systems, including flexible and rigid rotors, and have experience with both linear and nonlinear analysis methods. I am able to analyze the dynamic behavior of rotors, including critical speeds, unbalance response, and whirl orbits. I also have experience with balancing and vibration isolation of rotor systems.