The two types of mechanisms used in loci of points in Engineering Graphics are the slider crank mechanism and the four bar mechanism.
The slider mechanism is further divided into two types:
Simple slider mechanism
Offset slider crank mechanism
The four bar mechanism does not use a slider.
In geometry, a locus is a set of points that satisfy one or more specified conditions. The path traced by a point as it moves in accordance with set conditions and constraints is called the locus of a point.
Every mechanism must be visualised as moving, where the different parts produce different loci for their different parts. When plotting the locus of a mechanism we divide the motion in temporal spaces and then plot the required loci. When a mechanism is driven by a crank, dividing time into 12 parts is very popular, but this does not apply to all mechanisms. In a glisette mechanism, for example, one is free to plot as many instances of the movement as needed.
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The two types of mechanisms used in loci of points in Engineering Graphics are the slider crank mechanism and the four bar mechanism.
The slider mechanism is further divided into two types:
Simple slider mechanism
Offset slider crank mechanism
The four bar mechanism does not use a slider.
In geometry, a locus is a set of points that satisfy one or more specified conditions. The path traced by a point as it moves in accordance with set conditions and constraints is called the locus of a point.
Answer:
Locus of a mechanism - Crank, piston, glisette.
Explanation:
Every mechanism must be visualised as moving, where the different parts produce different loci for their different parts. When plotting the locus of a mechanism we divide the motion in temporal spaces and then plot the required loci. When a mechanism is driven by a crank, dividing time into 12 parts is very popular, but this does not apply to all mechanisms. In a glisette mechanism, for example, one is free to plot as many instances of the movement as needed.
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