Aerospace

Aerospace

CAD/CAE/CFD technologies are integral to the modern aerospace industry, enabling engineers to design, analyze, and optimize aircraft and spacecraft with unprecedented precision and efficiency. The integration of CAD/CAE/CFD technologies is crucial for the aerospace industry to maintain its competitive edge and continue pushing the boundaries of flight and space exploration.

    • CADELL Technologies offer a wide range of Services to the Aerospace Industry: –

    Cadell provides engineering solution to different segments and aerospace industry creating opportunity in a global market. As increasing competition, fluctuating fuel prices, mounting cost and varying currencies are forcing OEM and Tier suppliers to leverage the advantages of globalization by offshoring more work related to design and analysis. In the competitive market to have all the skills, tool knowledge and the domain knowledge is a tough task for any OEM and Tier suppliers also it makes more cost to the companies.

    • Creating detailed 3D models of airframes, wings, propulsion systems, and other components.
    • Designing complex aerodynamic surfaces for optimal performance.
    • Developing detailed manufacturing drawings and assembly instructions.
    • Analyzing structural integrity under various loads (e.g., flight loads, landing loads, pressure loads).
    • Performing modal analysis to determine natural frequencies and vibration modes.
    • Analyzing fatigue life and damage tolerance.
    • Performing crash simulations for aircraft safety.
    • Simulating heat transfer in engine components, avionics systems, and thermal protection systems.
    • Analyzing thermal stresses and deformations.
    • Analyzing the interaction between fluid flow and structural deformation.
    • Analyzing aeroelasticity.
    • Simulating the behavior of advanced composite materials used in aerospace structures.
    • Simulating airflow around aircraft and spacecraft to optimize lift, drag, and stability.
    • Analyzing supersonic and hypersonic flows.
    • Analyzing the performance of air intakes and exhaust systems
    • Simulating combustion processes in jet engines and rocket engines.
    • Analyzing the performance of turbomachinery.
    • Analyzing the flow within rocket nozzles.
    • Simulating heat transfer in engine cooling systems and thermal protectionsystems.
    • Improved Aerodynamic Performance: Optimizing aircraft and spacecraft designs for increased efficiency and performance.
    • Enhanced Structural Integrity: Ensuring the safety and reliability of aerospace structures.
    • Reduced Development Costs: Minimizing the need for physical prototypes and testing.
    • Faster Time to Market: Accelerating the design and development process.
    • Increased Innovation: Facilitating the exploration of new design concepts and technologies.
    • Design & Detailing
    • Structural/Stress Analysis
    • Aerodynamics, Thermal & CFD
    • Detailed Design & Layout Sizing
    • Sheet metal & composite parts
    • Design Solid & Surface Modeling
    • Check Stress calculations & documentation
    • Joints & Fittings Cutouts & door design
    • System Design
    • Harness Deign
    • Digital Mock up
    • PDM Seating & Interiors
    • Dynamics Impact Crack Propagation
    • Fatigue Design
    • Weight optimization
    • Non-Linear & contact Flutter Acoustics
    • Aerodynamic modeling
    • Thermal for GT engines
    • Internal & External Flows
    • CFD for GT HVAC
    • Structural Intigrity / Life Extension
    • Life estimation study of components and systems
    • Life extension methodology using fracture mechanics principles