Thrust - Revision history

reskin: /* Asymmetrical thrust */

2021-10-27T16:18:26Z

Asymmetrical thrust

← Older revision		Revision as of 16:18, 27 October 2021
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	*Loss of control		*Loss of control
	*Ship damage/destruction		*Ship damage/destruction
	*Death		*[[Deaths\|Death]]
	<br/>		<br/>

rana: /* Asymmetrical thrust */

2019-01-16T21:23:50Z

Asymmetrical thrust

← Older revision		Revision as of 21:23, 16 January 2019
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	This concept was demonstrated with the Aeolipile, also known as a Hero's engine,as early as the First Century AD.<br/>		This concept was demonstrated with the Aeolipile, also known as a Hero's engine,as early as the First Century AD.<br/>
	*There are earlier demonstrations but Hero is usually credited with the stable display.		*There are earlier demonstrations but Hero is usually credited with the stable display.
	Hero built and demonstrated the [https://en.wikipedia.org/wiki/Aeolipile aeolipile (or aeolipyle, or eolipile)] <br/>		Hero built and demonstrated the [https://en.wikipedia.org/wiki/Aeolipile aeolipile (or aeolipyle, or eolipile)] there were no apparent uses of the engine, <br/>
	But that is the first demonstration of asymmetrical thrust. <br/>		But that is the first demonstration of asymmetrical thrust. <br/>
	<br/>		<br/>
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	*Death		*Death
	<br/>		<br/>

	==Ship Control==		==Ship Control==
	Modern ships with 2 engines have 2 thrust levers.<br/>		Modern ships with 2 engines have 2 thrust levers.<br/>
	Modern Ships with 3 engines typically have 2 levers.		Modern Ships with 3 engines typically have 2 levers.
	*The center-line engine is assumed to be set to the higher of the outboard engines to help mitigate spinning.		*The center-line engine is assumed to be set to the higher of the outboard engines to help mitigate spinning.

rana at 20:24, 16 January 2019

2019-01-16T20:24:42Z

← Older revision		Revision as of 20:24, 16 January 2019
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	*The aircraft stay the same [[IAS\|indicated air speed]] when thrust and [[Drag\|drag]] are equal.		*The aircraft stay the same [[IAS\|indicated air speed]] when thrust and [[Drag\|drag]] are equal.
	*The aircraft will slow down when [[Drag\|drag]] is greater then thrust.		*The aircraft will slow down when [[Drag\|drag]] is greater then thrust.

			==Asymmetrical thrust==
			The engines are mounted on the wings or the body of the ship. <br/>
			If you apply thrust to one side of the ship and not the other you will start to spin faster and faster. <br/>
			This concept was demonstrated with the Aeolipile, also known as a Hero's engine,as early as the First Century AD.<br/>
			*There are earlier demonstrations but Hero is usually credited with the stable display.
			Hero built and demonstrated the [https://en.wikipedia.org/wiki/Aeolipile aeolipile (or aeolipyle, or eolipile)] <br/>
			But that is the first demonstration of asymmetrical thrust. <br/>
			<br/>
			Uses for asymmetrical thrust
			*Spinning up an orbital object to create artificial gravity.
			*Help a ship turn.
			*Radical combat maneuvers.
			<br/>
			Dangers from asymmetrical thrust
			*Loss of control
			*Ship damage/destruction
			*Death
			<br/>
			==Ship Control==
			Modern ships with 2 engines have 2 thrust levers.<br/>
			Modern Ships with 3 engines typically have 2 levers.
			*The center-line engine is assumed to be set to the higher of the outboard engines to help mitigate spinning.

reskin: [http://en.wikipedia.org/wiki/Kilogram Mass]

2008-01-02T13:29:48Z

[http://en.wikipedia.org/wiki/Kilogram Mass]

← Older revision		Revision as of 13:29, 2 January 2008
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	Thrust is the force described by Newton’s second law		Thrust is the force described by Newton’s second law

	Force= [~~[Kg\|~~Mass]] * [[Acceleration]]		Force= [http://en.wikipedia.org/wiki/Kilogram Mass] * [[Acceleration]]
	===Newton’s third law, reciprocal actions===		===Newton’s third law, reciprocal actions===
	An object accelerated away from another puts force on the both objects.		An object accelerated away from another puts force on the both objects.
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	*A rocket taking off		*A rocket taking off
	*A bullet fired from a gun		*A bullet fired from a gun
	The balloon the air in side the balloon has [~~[Kg\|Mass]~~] it is forced out the back as the balloon contracts. The escaping air forces the balloon in the opposite direction.		The balloon the air in side the balloon has [http://en.wikipedia.org/wiki/Kilogram mass] it is forced out the back as the balloon contracts. The escaping air forces the balloon in the opposite direction.
	<br>		<br>
	The rocket the [[Iagreous\|fuel]] is accelerated away from the [[Engines\|engines]] the mass of the accelerated plasma forces the [[Engines\|engines]] the opposite direction.		The rocket the [[Iagreous\|fuel]] is accelerated away from the [[Engines\|engines]] the mass of the accelerated plasma forces the [[Engines\|engines]] the opposite direction.
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	#[[Drag]]		#[[Drag]]
	#[[Lift]]		#[[Lift]]
	#[~~[Kg\|~~Mass]]		#[http://en.wikipedia.org/wiki/Kilogram Mass]
	[[image:4forces.jpg]]		[[image:4forces.jpg]]

rana at 07:50, 8 August 2007

2007-08-08T07:50:19Z

← Older revision		Revision as of 07:50, 8 August 2007
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	==Thrust==		==Thrust as a force==
	Thrust is the force that changes the inertia of an object.		Thrust is the force that changes the inertia of an object.
	===Newton===		===Newton===
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	Force= [[Kg\|Mass]] * [[Acceleration]]		Force= [[Kg\|Mass]] * [[Acceleration]]

	===Newton’s third law, reciprocal actions===		===Newton’s third law, reciprocal actions===
	An object accelerated away from another puts force on the both objects.		An object accelerated away from another puts force on the both objects.
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	The rocket the [[Iagreous\|fuel]] is accelerated away from the [[Engines\|engines]] the mass of the accelerated plasma forces the [[Engines\|engines]] the opposite direction.		The rocket the [[Iagreous\|fuel]] is accelerated away from the [[Engines\|engines]] the mass of the accelerated plasma forces the [[Engines\|engines]] the opposite direction.
	<br>		<br>
	The bullet may shoot out the front of the gun barrel but the gun moves backwards, recoil.		The bullet may shoot out the front of the gun barrel but the gun moves backwards, recoil.
			==Thrust in flight==
			There are 4 forces acting on an aerospace vehicle in flight.
			#Thrust
			#[[Drag]]
			#[[Lift]]
			#[[Kg\|Mass]]
			[[image:4forces.jpg]]


			*An aircraft will accelerate as long as the thrust is greater then the [[Drag\|drag]].
			*The aircraft stay the same [[IAS\|indicated air speed]] when thrust and [[Drag\|drag]] are equal.
			*The aircraft will slow down when [[Drag\|drag]] is greater then thrust.

rana: /* Newton’s second law the Law of Action */

2007-08-08T07:14:59Z

Newton’s second law the Law of Action

← Older revision		Revision as of 07:14, 8 August 2007
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	===Newton’s second law the Law of Action===		===Newton’s second law the Law of Action===
	Thrust is the force described by Newton’s second law		Thrust is the force described by Newton’s second law

	Force= [[Kg\|Mass]] * [[Acceleration]]		Force= [[Kg\|Mass]] * [[Acceleration]]

	===Newton’s third law, reciprocal actions===		===Newton’s third law, reciprocal actions===
	An object accelerated away from another puts force on the both objects.		An object accelerated away from another puts force on the both objects.

rana: New page: ==Thrust== Thrust is the force that changes the inertia of an object. ===Newton=== To understand thrust we need to look at Newton’s laws of motion. #An object at rest till stay at rest u...

2007-08-08T07:14:25Z

New page: ==Thrust== Thrust is the force that changes the inertia of an object. ===Newton=== To understand thrust we need to look at Newton’s laws of motion. #An object at rest till stay at rest u...

New page

==Thrust==
Thrust is the force that changes the inertia of an object.
===Newton===
To understand thrust we need to look at Newton’s laws of motion.
#An object at rest till stay at rest unless an out side force is applied to it.
#The change in an object’s momentum is proportional to the force applied to it.
#For every action there is an equal and opposite reaction.
===Newton’s second law the Law of Action===
Thrust is the force described by Newton’s second law
Force= [[Kg|Mass]] * [[Acceleration]]
===Newton’s third law, reciprocal actions===
An object accelerated away from another puts force on the both objects.

This can be demonstrated with;
*A balloon letting the air escape from it
*A rocket taking off
*A bullet fired from a gun
The balloon the air in side the balloon has [[Kg|Mass]] it is forced out the back as the balloon contracts. The escaping air forces the balloon in the opposite direction.
<br>
The rocket the [[Iagreous|fuel]] is accelerated away from the [[Engines|engines]] the mass of the accelerated plasma forces the [[Engines|engines]] the opposite direction.
<br>
The bullet may shoot out the front of the gun barrel but the gun moves backwards, recoil.