THIN FILM DEPOSITION & POLICING MACHINES
 

SMART COAT 3.0. is compatible with Glass bell jar & cylindrical glass chamber & box type metal chamber. This unique modular design helps the researchers to develop a wide range of thin film process and products with evaporation; ion assisted sputtering or electron beam techniques.

Features

  • Semi auto-operations

  • Motorized intelligent high vacuum valve protects pumps and substrates Electrically operated valves

  • Central and sectoral evaporation Interlocks for operations

  • Choice of turbo, oil diffusion pump with same system configurations

 

HHV Smart Coat 3.0

Accessories

  • RF/DC/Pulsed DC power supply 300/500/900° C substrate heater Flash evaporation

    Rotalift

  • 100/200 Amps LT sources Quartz lamp

  • Electrically/manually operated shutter Rotary drive, cold finger, digital gauges Optical thickness monitor

 

 

 

 

  

 

STRUCTURES ANALYSIS LABORATORY
 

Structural analysis laboratory is a research centre for computational and theoretical research on the problems that arise and are of interest in the Aerospace Engineering discipline. The laboratory hosts several servers and workstations with advanced configurations.

The research domain comprises of both fundamental and advanced problems that arise in the areas of research. Several high-end state-of- the-art computational codes have been developed in-house for multi-scale modeling for damage; damage mechanics based modeling of composite structures; adaptive modeling of laminated plates; structural optimization and stochastic analysis of laminated structures. These high-performance codes have been the result of dedicated research by students. The laboratory also boasts of a seamless integration of available commercial software tools, e.g. ANSYS, ABAQUS, HYPERMESH, FORTRAN and MATLAB. Students freely use all the computational resources to conduct cutting edge research.

 

 

The key areas that are dealt with at present include: Solid Mechanics, Continuum Mechanics, Impact Damage, Damage and fracture mechanics, Adaptive FEM, Structural Dynamics, Stochastic Processes and Structural Optimization.

 

 

 

 

  

 

Students

 
 

Ph. D Students

      
 
 

David Kumar

11201061
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Development and Aerostructural Analysis of Biomimetic Flapping Wings

Mobile: 8953342358

    
 
 

Sarthak S. Singh

13101070
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Static and dynamic compression behaviour of glass filled epoxy composites, laser spallation technique to characterize the interface and spallation strength of epoxy systems

Mobile : 7839040059

    
 
 

Vivek Khare

15201265
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Mechanical and Fracture Behavior of Carbon nanotubes reinforced Polypropylene Nanocomposites

Mobile : 9839804965

    
 
 

Manoj Kumar Singh

16101267
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Composite/Fracture Mechanics

Mobile : 9453087813

    
 
 

Vipin Chandra

16201263
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Fatigue analysis of Titanium alloy

Mobile : 9167798336

    
 
 

Shalvi Singh

17101272
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Mobile : 9559349737

    
 
 

Spandan Bandyopadhyaya

17101274
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Mobile : 9903965541

 

    
 

M. Tech Students

        
 
 

Madhusudhanan.U

16101019
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Analysis of interface strength of RADAR absorbing film with the composite laminate

Mobile : 7318020305

    
 
 

Sooriyan S

16101048
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Determination of Interfacial strength of Composite laminate and Aluminium substrate

Mobile : 7667152323
    
 
 

Ashita Pravallika P

16101058
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Origami in Morphing wings

Mobile : 8004241038
    
 

Overview :

Over the last few years we have been developing and testing smart structural system engineering structures with integrated sensor, information processing, feedback control and actuating devices. The smart structures experiments have been related to building innovative smart sensors, vibration control and structural health monitoring concepts. Research efforts are directed towards focused on fabricating smart materials such as piezoelectric materials and hydro gels and damage diagnostic methods.

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