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Number of items: **13**.

Illias, H.A.
(2011)
*Measurement of Partial Discharge Activities within Two
Artificial Spherical Voids in an Epoxy Resin.*
UNSPECIFIED.

Illias, H.A.
(2011)
*Partial Discharge Behaviour within Two Spherical
Cavities in a Dielectric Material.*
UNSPECIFIED.

Illias, H.A.
(2010)
*Comparison of Partial Discharge Measurement and
Simulation Results for Spherical Cavities within Solid
Dielectric Materials as a Function of Frequency using
Finite Element Analysis Method.*
UNSPECIFIED.

Illias, H.A.
(2010)
*Measurement and Modelling of Partial Discharge
Behaviour in a Spherical Cavity within a Solid
Dielectric Material as a Function of Cavity Diameter.*
UNSPECIFIED.

Illias, H.A.
(2010)
*Measurement and modelling of partial discharge
behaviour in a spherical cavity within a solid
dielectric material as a function of applied
voltage
amplitude.*
UNSPECIFIED.

Illias, H.A.
(2010)
*Modelling of Cycle to Cycle Behaviour for Partial
Discharge Events within a Spherical Cavity in a Solid
Dielectric Material by Using Finite Element Analysis.*
UNSPECIFIED.

Illias, H.A.
(2010)
*Modelling of partial discharge behaviour in a
spherical cavity within a solid dielectric material as
a function of temperature.*
UNSPECIFIED.

Illias, H.A.
(2010)
*Modelling of temporal temperature and pressure change
due to partial discharge events within a spherical
cavity in a solid dielectric material using finite
element analysis.*
UNSPECIFIED.

Illias, H.A.
(2009)
*Modelling of partial discharge activity in different
spherical cavity sizes and locations within a
dielectric insulation material.*
UNSPECIFIED.

Illias, H.A.
(2009)
*Modelling of surface charge decay in a spherical
cavity within a solid dielectric material using Finite
Element Analysis.*
UNSPECIFIED.

Illias, H.A.
(2009)
*Partial Discharge Measurements for Spherical Cavities
within Solid Dielectric Materials under Different
Stress and Cavity Conditions.*
UNSPECIFIED.

Illias, H.A.
(2009)
*Partial discharge modelling in a spherical cavity
within a dielectric insulation material as a function
of frequency.*
UNSPECIFIED.

Illias, H.A.
(2008)
*Modeling of Partial Discharges from a Spherical
Cavity
within a Dielectric Material under Variable
Frequency
Electric Fields.*
IEEE.