Boundary value problems (BVPs) occur in a natural way while studying the scattering
of water waves as well as the fluid flow problems. The objective of the thesis is to solve
such BVPs by using the most appropriate ...
This thesis concerns with the timing and spectral studies of X-ray binaries that contain neutron
star as a compact object. We have studied both high and low magnetic field neutron stars in
binary systems.
In the case ...
Fireside degradation of boiler tubes in coal-fired water tube boilers is a combined
effect of erosion as well as corrosion. The corrosion products (oxides and sulfides) are
formed on boiler tubes due to chemical reactions ...
Unknotting number is an invariant and defined for a knot/link as the minimum number of
crossing changes required to unknot a knot over all possible diagrams of knot. Unknotting
numbers for torus knots and links are well ...
Fault diagnosis of an electro-mechanical system (EMS) has been a real challenge
for the engineers. For increasing operational reliability and machine availability, it
becomes essential to monitor the operation of an ...
Insulation design of High Voltage Direct Current (HVDC) cables at high voltages is quite
challenging. At higher electric fields peculiar space charge formation might take place in
polymeric insulation. One of the effects ...
Inspired by the growing scientific needs of connectivity in today’s world, this thesis
has primarily focused on understanding the complexities in two-channel transport
systems. A large number of the real-world processes ...
The objective of this thesis is to explore the effects of the quantum coherence
towards the precise control of the manipulation of the interaction between the atomic
or molecular systems and the electromagnetic fields. ...
The aim of our research work presented in this thesis is on the studies of edge effects
on electronic band structure of graphene nanoribbons (GNRs). Theoretical studies on
GNRs predict that band gaps depend upon its width ...
Using current techniques, GNR layers suffer from edge roughness during fabrication.
In addition, MLGNRs turn into graphite as number of GNR layers increase that further
degrades the performance of MLGNRs. This thesis ...
In recent decades, InfraRed Thermography (IRT) for Thermal Non-Destructive Testing &
Evaluation (TNDT&E) has encountered wide spread applications for the characterization
of various solid materials due to its non-contact, ...
Betweenness Centrality measures, erstwhile popular amongst the sociologists and psychologists,
have seen wide and increasing applications across several disciplines of the late. It
is a measure that quantifies the ...
The alcohols, amines and nitro compounds, both aromatic and aliphatic are ubiquitous in
various pharmaceuticals, agrochemicals, natural products and dyes. They play a very
significant role in constructing different drug ...
Miscible displacement flows in porous media are of significant importance in many
industrial, environmental, and engineering applications, such as enhanced oil recovery,
chromatography separation, CO2 sequestration, ...
Cancer is the second most leading cause of deaths in the world after heart disease.
Treatment strategy for cancer varies as per the type and origin of the disease. Widely used
standard cancer treatment modalities are ...
Heterocyclic rings like benzimidazole/benzothiazole act as a pharmacore in the structure
of many clinically useful chemotherapeutic agents and is critical precursor for generating
new derivatives with a wide spectrum of ...
The present thesis mainly concentrates on the problems of determining the structure of the
unit groups and unitary subgroups of finite modular group algebras. We obtain the structure
of the unit group and the unitary ...
Collagen is the most abundant proteins in soft and hard tissues of the mammals,
and collagen of several types form different hierarchy levels of these tissues by assembling
at various length scales. Due to lack of ...