Abdus Sattar Khan Biography

Name: Abdus Sattar Khan
Date of Birth: 1941
Place of Birth: Khagatua Village, Brahamanbaria District, Bengal Presidency British India (Bangladesh)
Profession: Scientist
Education: Ph.D. Chemistry
Alma Mater: Comilia Victoria College, University Of Dhaka, Oxford University
Date of Death: 31 January 2008
Age: 67 Years

Why Abdus Sattar Khan is Legend of Bangladesh?

Abdus Sattar Khan Biography, Abdus Sattar Khan Born, Abdus Sattar Khan Death, Abdus Sattar Khan Age, Abdus Sattar Khan Height, Abdus Sattar Khan Scientist & NewsAbdus Sattar Khan was a Bangladeshi researcher and scientist. He inquired about on aviation for four decades with NASA, United Technology, and Alstom, a French power generation organization. Khan designed in excess of forty distinctive alloys for business application in space transports, jet engines, train engines and industrial gas turbines.

Educational Profile of Abdus Sattar Khan

Khan was conceived in Khagatua town, PS Nabinagar, Brahmanbaria District, and British India, now in Bangladesh. He went to Ratanpur High School and did his intermediate at Comilla Victoria College. In the wake of graduating at the highest point of his class from the University of Dhaka with a Bachelor of Science (Honors) in 1962 and graduate degree in science in 1963.

Abdus Sattar Khan Career as Lecturer and Associate Professor

Khan joined the Chemistry department as a lecturer at a similar college. In 1964, he acknowledged a grant to research about in Oxford University and got his Ph.D. degree in science in 1968. Following his Ph.D., Khan came back to the Chemistry department of DU as an associate professor and worked there until 1973. That year, he leaves Bangladesh to do direct research in the field of materials building, compounds in the United States.

Discovery of 40 Alloys

Amid his professional career, Khan discovered in excess of forty diverse alloys. These alloys are intended for the utilization in the zone of high temperature, for example, cutting edges or blades of a gas turbine or jet engines. They are covered with ecologically safe coatings to give insurance from oxidation or potentially erosion, high temperature, to prevent thermal fatigue, to give wear protection and so forth.

Uses of Alloys

These have been financially connected to space transports, advanced business jet engines, and US aviation based armed forces jet engines. These alloys made motors lighter, which empowered the flying machine to fly speedier. Khan’s work in Switzerland likewise included alloys, which expanded the speed of train engines and modern commercial gas turbines.

High Capacity of Alloy

Bangladeshi Abdus Sattar Khan, a professor from the University of Dhaka in 1973, joined the Iowa State University ayamasa lyabaretarite, which is overseen under the fuel mantranalayera. He began his exploration material, yet the science instructor at phijikasa. Sattar Khan joined the Cleveland Ohio in 1976 ayamasa prapalasana lyabaretarite stream, which is otherwise called NASA Lewis Research Center. Related to the association after he wound up well-known sayense related with the weighty disclosure. The subject of his exploration is the high limit of the amalgam. The metals are generally utilized as a part of rocket motors. In 1978, Sattar Khan was not specifically associated with the war and f – 1 – of – nickel and copper compound for the examination.

Development of Nickel-Based Alloys by Khan

One of Khan’s developments, high-quality nickel-based alloys, were utilized for expanded fuel productivity in F-15 and F-16 fighter engines. Hence, these alloys were pronounced as 21st Century materials for advanced aircraft engines in the Advanced Manufacturing and Materials Magazine that is popular science in 1990.

Commercial Products Development

  • Nano-catalysts created are utilized for in fuel stream way in cutting-edge jet engines for the high match. drive.
  • Advanced scraped spot safe materials created are utilized for expanded fuel efficiencies of US AF fighter engines (Proprietary to United Technologies’ Pratt and Whitney)
  • Corrosion and fatigue safe coatings saved by cathodic curve process is utilized as a part of the cutting-edge business in Pratt and Whiney jet engines (Proprietary to United Technologies’ Pratt and Whitney)
  • Electrodeposited wear safe coatings created is utilized as a part of cutting-edge GT24/26 mechanical gas turbine engines by Alstom, Switzerland (Proprietary to Alstom, Switzerland)
  • Electrodeposited oxidation-erosion safe coatings utilized by Alstom, Switzerland in Alstom Power GT-11 modern gas turbine engines (Proprietary to Alstom, Switzerland)

Honors and Awards by Different Departments

For Khan’s remarkable research and its application in aerospace, he got various esteemed honors from NASA, the US Air Force, United Technology, and Alstom. Notwithstanding these accomplishments, Khan was a Chartered Scientist (Professional Scientist) of the Royal Society of Chemistry (Great Britain, 2005), Elected Fellow of the Royal Society of Chemistry (Great Britain, 1996), and an individual from the American Society of Metals.

Some of the important awards and achievements of this personality are given below:

  • The “1986 United Technologies Special Award” for adding to the advancement of high-quality nickel-based composites (known as Alloy Y) utilized for expanded fuel effectiveness of F-15 and F-16 fighter engines. The Alloy Y was featured in Advanced Manufacturing and Materials Magazine (AMM Magazine), 4 August 1986. Along these lines, the Alloy Y was pronounced as 21st Century Materials for advanced airplane engines.
  • “United Technologies Research Center Award of Excellence” for building up a one of a kind assembling process for hydrocarbon catalysis for the fast flying machine and rocket impetus (1994).
  • The hydrocarbon fuel impetus innovation created under NASA-Air Force contract was proclaimed as empowering innovation by NASA and US Air Force in 1992.
  • “Pratt and Whitney’s Special” Award for commitment to the improvement of assembling innovation for cutting-edge surface assurance coatings for use in stream motors (1993).

Life after Resignation

Amid his resigned life, Khan was directing examination as a privileged professor at the Department of Mechanical Engineering at Florida State University. While exploring there, he endeavored to set up a Center of Excellence in nanomaterials for research in the territory of carbon nanotechnology for applications in materials science and biomaterial innovation.

As a Social worker achievements

Other than his scientific accomplishments, Khan was additionally engaged with community service benefits in the United States. Khan was the organizer of the Bangladeshi Association of Florida and sorted out various Asian people group occasions. In 1991, he raised $61,000 for Bangladeshi flood casualties and gave these assets to the Red Cross. Khan likewise settled a helpful assertion between Dhaka University and Lamar University in Texas to prepare employees and graduate understudies of DU.

List of Information Sources

  • https://en.wikipedia.org/wiki/Abdus_Suttar_Khan
  • http://goldenpersonofbangladesh.blogspot.com/2013/05/abdus-Sattar-khan-one-of-unknown-hero.html
  • https://dailyasianage.com/news/106271/abdus-sattar-khan