Shocks & Stars Engineering
Shocks & Stars Engineering
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    • Home
    • About Us
    • Services
    • Expertise
      • Aeronautical Research
      • Astronautical Research
      • Education & Training
      • Technology Team
    • Research
      • Publications
      • Hypersonic Vehicle Patent
      • Rocket-Ramjet Patent
    • Blog
    • Media
    • Contact Us
  • Home
  • About Us
  • Services
  • Expertise
    • Aeronautical Research
    • Astronautical Research
    • Education & Training
    • Technology Team
  • Research
    • Publications
    • Hypersonic Vehicle Patent
    • Rocket-Ramjet Patent
  • Blog
  • Media
  • Contact Us

Aero-MECHANICAL Research

Aeronautical Research

We, at Shocks & Stars offer both aeromechanical and propulsion services. Our aeronautical teams specialize in advanced aerothermal analysis, computational fluid dynamics (CFD), aerodynamics, and optimization of thermal management in avionics. Our team of experts is dedicated to providing innovative solutions to the most challenging problems related to heat transfer, fluid flow, and aerodynamics in high-temperature environments, with a particular focus on avionics systems. Using state-of-the-art tools and techniques, we conduct thorough aerothermal and CFD analysis to help our clients optimize their designs for improved performance and efficiency. We work closely with avionics engineers to suggest optimization techniques that can help manage heat dissipation and ensure the safe and reliable operation of electronic systems in aircraft. Our expertise in aerodynamics, aerothermal analysis, and thermal management optimization enables us to deliver high-quality solutions that meet the specific needs of our clients in the aviation industry. 


Mechanical & Propulsion

Our mechanical and propulsion team specialize in designing and analyzing advanced mechanical & propulsion systems. We are proud to offer a wide range of services, including mechanical & propulsion system design, optimization, and engine analysis. Our expertise extends to both traditional power plants and renewable energy sources, ensuring that we are well-equipped to meet the needs of our clients in a rapidly changing energy landscape.  

At our company, we are committed to delivering top-quality results to our clients, utilizing the latest tools and techniques to design systems that are efficient, reliable, and cost-effective. Whether you're looking to develop a new propulsion system from scratch or optimize an existing one, our team of experienced engineers is here to help.

We understand that every project is unique, and that's why we work closely with our clients to tailor our services to their specific needs. Our collaborative approach ensures that we are able to deliver solutions that are both innovative and practical, meeting the complex demands of today's energy industry.


So, whether you're looking to develop a new aeronautical system, propulsion unit, power plant facility, explore the potential of renewable energy, or optimize your existing systems, we invite you to explore the many ways our company can help you achieve your goals.

Aeronautical Research

  • AEROTHERMAL DESIGN INTEGRATION 
  • AEROTHERMODYNAMIS COMPUTATIONS 
  • AIRBORNE ELECTRONICS INTEGRATION DESIGN & ANALYSIS
  • AEROSPACE PROPULSION DESIGN & SIMULATION
  • FLIGHT VEHILCE DESIGN
  • PROFESSIONAL TRAINING COURSES 


Mechanical & Propulsion

  • AEROMECHANICAL INTEGRATION & DESIGN
  • HEAT EXCHANGER DESIGN & ANALYSIS
  • MECHANICAL STAGE SEPARATION SYSTEM DESIGN
  • POWERPLANT DESIGN & ANALYSIS
  • GAS TURBINE ENGINE DESIGN
  • STEAM TURBINE DESIGN
  • TURBOMACHINERY DESIGN
  • COMBINED CYCLE ENGINE DESIGN

Industrial Projects

Aerothermal Design Analysis of Avionics in Conditioned Bays of Wing-fuselage Blended Section

Aerothermal Analysis of Unconditioned Airborne electronics in Aircraft Dorsal Area

Aerothermal Analysis of Airborne Electronics in Aircraft

Aerothermal Analysis of Airborne Electronics in Aircraft

Industrial Projects

2017-2018

Development of Turbomachinery-Embedded Gas Turbine Design Code for Developing Aeroengines for NGFA

COMPLETED project in collaboration with AvRID, PAC Kamra

Event Details

2017-2018

Development of Turbomachinery-Embedded Gas Turbine Design Code for Developing Aeroengines for NGFA

Click Here

COMPLETED project in collaboration with AvRID, PAC Kamra

Academia Linkage Projects

2023

Design of Innovative Unconventional Pressure Gain Combustion (PGC) Cycle for Gas Turbine Engines

ONGOING at Air University

Event Details

2023

Design of Innovative Unconventional Pressure Gain Combustion (PGC) Cycle for Gas Turbine Engines

Click Here (Upcoming)

ONGOING at Air University

2022-2023

Multidisciplinary Design Optimization of Aerothermal Performance of 1800 C Turbine Blades

ONGOING at Air University

Event Details

2022-2023

Multidisciplinary Design Optimization of Aerothermal Performance of 1800 C Turbine Blades

Click Here

ONGOING at Air University

2020-2021

A study of binary fuel cogeneration power plant using biomass agricultural residue as alternate fuel

COMPLETED at Air University

Event Details

2020-2021

A study of binary fuel cogeneration power plant using biomass agricultural residue as alternate fuel

Click Here

COMPLETED at Air University

2019-2020

Design and Analysis of Mechanical Components for a Hybrid-Assist Regenerative Turbofan System

COMPLETED at Air University

Event Details

2019-2020

Design and Analysis of Mechanical Components for a Hybrid-Assist Regenerative Turbofan System

Click Here

COMPLETED at Air University

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