YOUTUBE

                                                               
                                                                        YOUTUBE

1. MECHANICS OF SOLID-FOR 3RD SEMESTER OF MECHANICAL AND 4TH SEMESTER OF CIVIL:::::::::::::::::MECHANICS OF SOLID (MOS): LECTURE-01_INDRODUCTION II LOAD II TYPE OF LOAD_ By-Er.Ajit Sir II

2.MECHANICS OF SOLID-FOR 3RD SEMESTER OF MECHANICAL AND 4TH SEMESTER OF CIVIL:::::::::::::::::MECHANICS OF SOLID (MOS):LECTURE-02_STRESS AND STRAIN II Er. Ajit Kumar Sir II POLYTECHNIC II ME,CIV


3.MECHANICS OF SOLID (MOS) : LECTURE-03: CONCEPT OF STRAIN II TYPE OF STRAIN II ENGG II POLYT. II AJIT::::::::::::::::::MECHANICS OF SOLID (MOS) : LECTURE-03: CONCEPT OF STRAIN II TYPE OF STRAIN II ENGG II POLYT. II AJIT


4.MECHANICS OF SOLID (MOS) : LECTURE-04 : NUMERICAL ON STRESS & STRAIN II Er. Ajit Sir II


5.MECHANICS OF SOLID (MOS) : LECTURE-05 : POISSON'S RATIO & HOOKE'S LAW II Er. Ajit Sir II


6.MECHANICS OF SOLID (MOS) : LECTURE - 06 : STRESS - STRAIN CURVE II Er. Ajit sir II

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MOMENT OF INERTIA

                            MOMENT OF INERTIA :-     

• Moment of inertia(MOI) is also known as the rotational inertia.

• Moment of inertia(MOI) may be due to the 

       (a) Mass and (b) Area

• Selection of MOI depends upon our requirement in problems.

• MOI of the plane area is purely mathematical term, It is one of the most important term of the properties of area.

• Second moment of area is known as moment of inertia due to area.

• MOI is the product of area of body and square of the distance between the axis and centroidal point.

• MOI=I=Area x Square of distance 

• Unit of Moment of Inertia=m4

Moment of inertia(MOI) of some regular plane area:

Moment of inertia : Rectangle

Moment of Inertia:Circle 

Moment of Inertia:Semi circle

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Hydrostatic Pressure on Inclined plane surface submerged in liquid.

Hydrostatic Pressure on Inclined plane surface submerged in liquid.

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FM: UNIT-02: Hydrostatic pressure

FM: UNIT-02: Hydrostatic pressure:

The pressure exerted by a fluid at equilibrium at a given point within the fluid, due to the force of gravity. Hydrostatic pressure increases in proportion to depth measured from the surface because of the increasing weight of fluid exerting downward force from above.

Numerical

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FM: UNIT-01: Properties of fluid

FM: UNIT-01: Properties of fluid

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STUDIOUS 35

NATURAL PHYSICS CLASSES: A place of shaping future of students.

STUDIOUS 35

CARD

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