Shri Ramswaroop Memorial University
Lucknow, Deva Road, Barabanki (UP)
Department of Computer Science & Information Systems
BCA (DS +AI) 2nd Year
INDUSTRIAL VISIT REPORT
UCS3601IV
Submitted by: Submitted to:
Aditya Dilip Sharma Mr. Shamim Ahmad
202310101360172 Assistant Professor
Group: 3C Dept. of CSIS
Academic Session: 2024-25
(Odd Semester)
ASSESSMENT INDUSTRIAL VISIT
Course:- UCS-3601IV Max Marks:-100
Name:- Aditya Dilip Sharma
Date:- 12/12/2024
University Roll No.:- 202310101360172
Question 1:- How can you use research in improving the
environment and lives of people?
→ Research plays a crucial role in improving the environment and
the lives of people in several ways. The 8 x 6 Supersonic Wind
Tunnel at NASA's Glenn Research Center is a state-of-the-art
facility that plays a crucial role in advancing aerospace research.
By simulating high-speed flight conditions, it allows scientists and
engineers to test aircraft and spacecraft designs before they ever
take to the sky. This research directly contributes to the
development of more efficient, quieter, and environmentally
friendly aircraft, as well as innovative space exploration
technologies.
Research conducted at the 8 x 6 Supersonic Wind Tunnel directly
impacts our environment and quality of life. By developing more
efficient aircraft, we can reduce fuel consumption, lower
greenhouse gas emissions, and minimize noise pollution. This
leads to cleaner air, reduced carbon footprint, and improved quality
of life for communities around the world. Additionally, the
exploration of advanced propulsion systems and innovative
materials can pave the way for cleaner and more sustainable
technologies across various industries.
Q.2: Explain the purpose of your industrial visit.
→ The primary purpose of the industrial visit was to gain firsthand
experience of a cutting-edge aerospace research facility like the 8
x 6 Supersonic Wind Tunnel. We aimed to understand the practical
applications of aerodynamic principles, witness the latest testing
techniques, and appreciate the role of such facilities in shaping the
future of aviation and space exploration.
By visiting the 8 x 6 Supersonic Wind Tunnel, we hoped to gain a
deeper understanding of the complex engineering challenges
involved in designing and testing high-speed aircraft and
spacecraft. We were eager to learn about the latest advancements
in aerodynamic testing techniques, such as advanced data
acquisition systems, high-fidelity computational fluid dynamics
simulations, and innovative model design and fabrication methods.
We also wanted to appreciate the critical role that wind tunnels
play in the development of new aerospace technologies, from
commercial airliners to supersonic jets to spacecraft.
We believed that this industrial visit would provide us with a unique
opportunity to learn from experts in the field, network with other
students and professionals, and gain valuable insights into the
future of aerospace engineering.
Q3.What are the modules you have seen during your Industrial
Visit?
→
During the visit, we explored various key modules within the wind
tunnel complex:
• Wind Tunnel Test Section: We observed high-speed airflow
interacting with meticulously crafted scale models, gaining
insights into the intricate details of aerodynamic testing. We were
amazed by the precision with which the models were designed
and fabricated, and how they were meticulously placed within
the test section to capture accurate data. The high-speed airflow
was visually stunning, and it was fascinating to see how the
models responded to the forces and pressures generated by the
wind tunnel.
• Data Acquisition and Analysis Systems: We learned about
the sophisticated instruments used to collect and analyze
experimental data, such as pressure sensors, temperature
gauges, and laser Doppler velocimeters. We were impressed by
the advanced data acquisition systems that can capture vast
amounts of data at incredibly high speeds, allowing researchers
to analyze the complex flow patterns and aerodynamic forces
acting on the test models. The data collected in the wind tunnel
is essential for validating computer simulations and optimizing
aircraft designs.
• Model Preparation and Fabrication: We witnessed the
meticulous process of creating highly accurate scale models for
testing, from initial design and computer-aided design (CAD)
modeling to the final stages of manufacturing and finishing. We
were fascinated by the level of detail and craftsmanship involved
in creating these models, which are essential for obtaining
reliable and accurate test results. The model preparation
process is a critical step in ensuring the success of wind tunnel
tests.
• Control Room: We observed engineers monitoring and
controlling the wind tunnel operations, ensuring optimal test
conditions and data quality. We were impressed by the advanced
control systems that allow engineers to precisely adjust the
airflow speed, pressure, and temperature within the test section,
as well as to monitor and control various other parameters. The
control room is the nerve center of the wind tunnel, and the
engineers who operate it play a vital role in ensuring the success
of each test.
Q4. Write your experience in 100 words.
→ The industrial visit to the 8 x 6 Supersonic Wind Tunnel was
a truly inspiring experience. Witnessing the scale and
complexity of the facility, as well as the dedication of the
researchers, was awe-inspiring. We gained a deeper
understanding of the scientific principles behind aerodynamic
testing and the practical applications of this knowledge in the
aerospace industry. This visit has further fueled our passion for
aerospace engineering and motivated us to contribute to future
advancements in this field. The experience was so immersive
that it has left a lasting impression on us, and we are eager to
apply what we learned to our own research and projects.
