Add to ORKGThis paper presents first stage of supersonic flow modelling in gas circuit breakers without an arc. Flow characterisation focused on shock and flow separation phenomenon. Velocity deceleration caused by shock will play a significant role in determining arc cooling performance and will impact thermal interruption capability. Gas properties such as specific heat ratio, density, and viscosity influenced the flow characteristics including shock location, strength and the flow separation process
Arc motion in low voltage (240 VAC) high current (103-104 A) current limiting circuit breakers is do...
A high-voltage circuit breaker is an indispensable piece of equipment in the electric transmission a...
Abstract—This paper addresses a thermal gas-flow simulation in gas circuit-breaker (GCB) chambers, i...
This paper presents first stage of supersonic flow modelling in gas circuit breakers without an arc....
In this paper, the gas flow model of high voltage SF(6) circuit breaker arc quenching chamber was es...
The function of high voltage circuit breaker is to clear the fault current and protect the equipment...
Specific and sensitive operation of circuit breakers makes an individual position for them in power ...
SF6 self-blast circuit breakers are widely used as switching elements in electrical power systems. I...
This paper examines arc root mobility in relation to magnetic and gas dynamic forces in low contact ...
Current interruption is a complex process, and optimizing the design of a medium voltage load-break ...
To void breakdown between busbars, the dissociation unit is applied in the arc chamber of an air cir...
Interrupting-performance indexes that reflect the physical properties of gas flow are proposed for a...
CO2 is identified as a promising alternative gas of SF6. The magnetohydrodynamics (MHD) arc model is...
Air has been considered a good alternative to SF6 as arc quenching medium for load break switchgear ...
Air has been considered a good alternative to SF6 as arc quenching medium for load break switchgear ...
Arc motion in low voltage (240 VAC) high current (103-104 A) current limiting circuit breakers is do...
A high-voltage circuit breaker is an indispensable piece of equipment in the electric transmission a...
Abstract—This paper addresses a thermal gas-flow simulation in gas circuit-breaker (GCB) chambers, i...
This paper presents first stage of supersonic flow modelling in gas circuit breakers without an arc....
In this paper, the gas flow model of high voltage SF(6) circuit breaker arc quenching chamber was es...
The function of high voltage circuit breaker is to clear the fault current and protect the equipment...
Specific and sensitive operation of circuit breakers makes an individual position for them in power ...
SF6 self-blast circuit breakers are widely used as switching elements in electrical power systems. I...
This paper examines arc root mobility in relation to magnetic and gas dynamic forces in low contact ...
Current interruption is a complex process, and optimizing the design of a medium voltage load-break ...
To void breakdown between busbars, the dissociation unit is applied in the arc chamber of an air cir...
Interrupting-performance indexes that reflect the physical properties of gas flow are proposed for a...
CO2 is identified as a promising alternative gas of SF6. The magnetohydrodynamics (MHD) arc model is...
Air has been considered a good alternative to SF6 as arc quenching medium for load break switchgear ...
Air has been considered a good alternative to SF6 as arc quenching medium for load break switchgear ...
Arc motion in low voltage (240 VAC) high current (103-104 A) current limiting circuit breakers is do...
A high-voltage circuit breaker is an indispensable piece of equipment in the electric transmission a...
Abstract—This paper addresses a thermal gas-flow simulation in gas circuit-breaker (GCB) chambers, i...