Structural Design of Airframe

With vast experience in Structural Design, our team has developed an unparalleled expertise in the following aspects of Airframe Structural Design:

Design of Wing Section

Design of Ribs

Design of Rivetted Joints

Design of Lug Attachments

Design of Wing Upper Skin Panels

Design of Stiffened Panels with cutouts

Fatigue and Damage Tolerance Design of Structures

BAIL team has more than 3 decades of experience in the field of Fatigue and Damage Tolerance Design. Corporate Training, Expert Consultancy and Engineering services support is available in this domain

Structural Stress Analysis using FEA approach

FEA to support design modifications

Finite elements mesh generation

Linear static stress analysis

Linear buckling analysis

Modal analysis

Calculation of margin of safety

Concessions

Airframe Assembly Tool Design

BAIL with its partner companies, has more than 2 decades of experience in the airframe assembly tool design. Specialised in the design of sub assemblies and assembly jigs for major components of the aircraft like wing, horizontal tail, vertical tail, coupling jigs, etc.,

We can take up the responsibilities of tool design for aircraft production tools and jigs for assemblies and sub-assemblies.

Composite and Metallic Part Manufacturing

BAIL has over 3 decades of experience in fabrication of composite parts used for Aerospace, Defence, Spacecraft and automobiles applications. Our team is specialised in the fabrication of Glass Fibre Reinforced plastic (GFRP) and Carbon Fibre Reinforced Plastic (CFRP)

BAIL with its partner companies has more than a decade of experience in manufacturing of metallic parts for Aerospace, Defence, Automotive and general engineering products.

Staffing solution

BAIL supports engineering solution and service providing companies for their manpower needs. We provide support for permanent sourcing as well as sourcing on contract basis. Senior professionals are also available for expert consulting support.

CAD Modeling

2D drawings creation

Conversion of drawing from 2D to 3D

2D & 3D model preparation of all wing parts

Conversion of drawings from 2D & 3D

Design modifications and updating the drawings

Structural Certification Testing

Test rig design & development

Test control hardware & software development

Strain gauging and data acquisition

Complete test setup creation and conducting the test

Correlation between test results and FEA predictions