Fleming & Associates Calibration, Inc.
Fleming & Associates Calibration, Inc.
🇺🇸 United States, Indiana
19745-10 peopleManufacturer/Service CompanyFleming & Associates Calibration, Inc. is a pioneer and global leader in the aerospace industry, specializing in the design and manufacture of airflow measurement systems, calibration equipment, and specialized software. Established in 1974 and headquartered in Indianapolis, Indiana, the company operates as a specialized OEM manufacturer and service provider. Their technology is an industry standard, with approximately 80% of small turbine engines worldwide relying on their systems for critical component measurement. The company serves a diverse range of sectors including aerospace, automotive, land-based power generation, and marine industries.
Operating from a dedicated factory, Fleming & Associates offers a comprehensive product portfolio that includes the AF36 and AF16-S airflow measurement systems, sonic nozzle flow meters, and over 250 types of segment and annular adaptors for gas turbine components. Their technical capabilities extend to vibration meters, analyzers, and custom software engineering designed for precise quality control and measurement parameter definition. Beyond manufacturing, the company provides essential B2B services such as onsite technical support, professional calibration, and R&D in engineering development. With a presence in over 100 facilities globally, they maintain a robust inventory of replacement parts to support international operations for gas turbine nozzles, combustion liners, and engine components.
OEM manufacturerOffers OEM services for customized brand manufacturing.
Own brandOwns and operates its own brands and manufacturing facilities.
Product customizationOffers full customization for design and features.
Established brandFounded in 1974, with over 20 years of industry experience.
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AV1
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AERODYNAMIC MEASUREMENT was applied by August E. “Gus” Fleming in the late 1950’s when an unexpected problem arose that could not be solved by conventional means and it was found that a gas turbine nozzle warped so badly during engine testing that the traditional mechanical testing tools used to measure and adjust the nozzle would no longer fit onto the part. So August E. “Gus” Fleming, developed a new, Dynamic Airflow Process to determine the aerodynamic area of the nozzle, and other such gas turbine components. The improvement in the accuracy and speed of testing obtained by using this dynamic process was so great that test procedures on gas turbine components were changed to take full advantage of this methodology. This led to the development of the AF16 Test Bed and AF36 Airflow Measurement System, as well as various Adaptors to allow a variety of gas turbine components to be tested on the System. The AF36 has been continually refined since that time and is today the state of the art in Aerodynamic Measurement of gas turbine componentsAV1
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AERODYNAMIC MEASUREMENT was applied by August E. “Gus” Fleming in the late 1950’s when an unexpected problem arose that could not be solved by conventional means and it was found that a gas turbine nozzle warped so badly during engine testing that the traditional mechanical testing tools used to measure and adjust the nozzle would no longer fit onto the part. So August E. “Gus” Fleming, developed a new, Dynamic Airflow Process to determine the aerodynamic area of the nozzle, and other such gas turbine components. The improvement in the accuracy and speed of testing obtained by using this dynamic process was so great that test procedures on gas turbine components were changed to take full advantage of this methodology. This led to the development of the AF16 Test Bed and AF36 Airflow Measurement System, as well as various Adaptors to allow a variety of gas turbine components to be tested on the System. The AF36 has been continually refined since that time and is today the state of the art in Aerodynamic Measurement of gas turbine components
AF-16S
0·0 reviews
When gas turbine engines are manufactured, overhauled, repaired or rebuilt, it is critically important to be able to measure the airflow through and over the various components of the engine to insure proper operation. Such measurements are made primarily on the nozzles and turbine vanes. Such testing and adjustment is critical to insure proper engine performance, and until 1950 all measurement was done mechanically. There are various ways of measuring such airflow mechanically, but the only industrially efficient way to do so dynamically is with Fleming & Associates Calibration, Inc. products, such as the AF36 Airflow Measurement System.
AF-36
0·0 reviews
The main PRODUCT of our company is the Airflow Measurement Systems.
Fleming & Associates Calibration, Inc. is a pioneer in Dynamic Airflow Measurement techniques and become a worldwide leader of Airflow Measurement Equipment. Based on the benefits of Aerodynamic Measurement our Company objective: to serve and support the Aerospace Industry with the most reliable and efficient Airflow Measurement Equipment and Adaptors available today.
A gas turbine is a rotary engine that extracts energy from a flow of combustion gas. It has an upstream compressor coupled to a downstream turbine, and a combustion chamber in between. Energy is added to the gas stream in the combustor, where air is mixed with fuel and ignited. Combustion increases the temperature, velocity and volume of the gas flow. This is directed through a nozzle over the turbine’s blades, spinning the turbine and powering the compressor. Energy is extracted in the form of shaft power, compressed air and thrust, in any combination, used to power aircraft, generators, ships and trains.AF-36
0·0 reviews
The main PRODUCT of our company is the Airflow Measurement Systems.
Fleming & Associates Calibration, Inc. is a pioneer in Dynamic Airflow Measurement techniques and become a worldwide leader of Airflow Measurement Equipment. Based on the benefits of Aerodynamic Measurement our Company objective: to serve and support the Aerospace Industry with the most reliable and efficient Airflow Measurement Equipment and Adaptors available today.
A gas turbine is a rotary engine that extracts energy from a flow of combustion gas. It has an upstream compressor coupled to a downstream turbine, and a combustion chamber in between. Energy is added to the gas stream in the combustor, where air is mixed with fuel and ignited. Combustion increases the temperature, velocity and volume of the gas flow. This is directed through a nozzle over the turbine’s blades, spinning the turbine and powering the compressor. Energy is extracted in the form of shaft power, compressed air and thrust, in any combination, used to power aircraft, generators, ships and trains.AF-16S
0·0 reviews
When gas turbine engines are manufactured, overhauled, repaired or rebuilt, it is critically important to be able to measure the airflow through and over the various components of the engine to insure proper operation. Such measurements are made primarily on the nozzles and turbine vanes. Such testing and adjustment is critical to insure proper engine performance, and until 1950 all measurement was done mechanically. There are various ways of measuring such airflow mechanically, but the only industrially efficient way to do so dynamically is with Fleming & Associates Calibration, Inc. products, such as the AF36 Airflow Measurement System.Ask AI about this supplier
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