Sm

Front 1

Gauge distance of speciment

Back 1

5.65 sqft (A)

Front 2

Modulus of toughness

Back 2

The amount of work required per unit volume to cause failure

Front 3

Modulus of resilience

Back 3

The energy stored per unit volume at elastic limit

Front 4

Relationship with elastic constants

Back 4

Front 5

Independent elastic constants for isotropic , orthotropic and anisotropic material

Back 5

Isotropic -2

Orthotropic- 9

Anisotropic - 21

Front 6

Change in length for uniformly tapering section

Back 6

Front 7

Deformation due to self weight of body alone

Back 7

Front 8

Change in length for tapering rectangular section

Back 8

Front 9

Volumetric strain

Back 9

Front 10

Modulus of resilience and modulus of toughness from stress strain graph

Back 10

1,Modulus of resilience - Area under stress strain diagram upto elastic limit.

2.Modulus of toughness - Area under stress strain graph upto failure

Front 11

Plane stress and plane strain examples

Back 11

Plane stress - Thin members

Plane strain - Retaining walls

Front 12

Normal and shear stress on a plane

Back 12

Front 13

Principal stresses and position of planes

Back 13

Front 14

Maximum value of shear stress and it's plane

Back 14

Front 15

Radius of gyration

Back 15

Front 16

CG of trapezoid

Back 16

From b

Front 17

A beam of rectangular section is cut from a circular log of dia d then ratio of h to b for max sextion

Back 17

Front 18

Shear stress distribution

Back 18

Front 19

Max shear stress for rectangular, circular , triangular and diamond section

Back 19

Diamond -9/8

Front 20

Torsion eqn

Back 20

Front 21

Max power transmitted by circular shaft

Back 21

Front 22

Angle of twist

Back 22

Front 23

Power transmitters by shaft

Back 23

N is in rpm

Front 24

Maximum normal stress and shear stress in case of combined bending and torsion case

Back 24

Front 25

Strain energy due to torsion

Back 25

Front 26

Moment on fixed support due to sinking of loads

Back 26

Front 27

Moment on fixed support due to angular rotation of support

Back 27

Front 28

Shear centre of channel

Back 28

Front 29

Deflection of closed coil helical spring

Back 29

Front 30

Shape factor for different sections

Back 30

Front 31

Length of plastic zone for concentrated load and udl

Back 31

Front 32

Modular ratio in working stress method

Back 32

Front 33

Bearing stress

Back 33

Front 34

Shear strain definition

Back 34

Front 35

Significants of K

Back 35

Front 36

Poissons ratio for differnt materials

Back 36

Front 37

Upper and lower yield point description.

Back 37

Front 38

Ultimate point significant from stress strain graph

Back 38

Front 39

Idealized stress-stain diagrams

Back 39

Front 40

Fatigue strength and Endurance limit

Back 40

Front 41

Hardness?

Back 41

Front 42

Brinell Hardness Test?

Back 42

Front 43

Rockwell Hardness test

Back 43

Front 44

Vickers Hardness test

Back 44

Front 45

Strain energy due to direct shear ans torsional syrain

Back 45

Front 46

Elongation of a conical bar due to self wt

Back 46

Front 47

Bar of uniform strenth

Back 47

Front 48

Values of coefficient of thermal expansion

Back 48

Front 49

Plane strain general eqn

Back 49

Front 50

Strain rosette arrangements

Back 50

Front 51

Variation of SF and BM for different loadaings

Back 51

Front 52

Principal axis of inertia?

Back 52

Are defined as those about which product of inertia is zero.

Front 53

MI of an ellipse

Back 53

Front 54

Stress relationship between two beams one over another without rigid connection.

Back 54

Front 55

Equivalent Torque and Moment

Back 55

Front 56

Maxwell Reciprocal Theorem

Back 56

Front 57

Rankine formula

Back 57

Front 58

Straight line formula

Back 58

Front 59

Secant formula

Back 59

Front 60

Core of rectangle ang circular sections

Back 60

Front 61

Strain energy diff equns

Back 61

Front 62

Strain energy due to bending

Back 62

Front 63

Propped cantilever results

Back 63

Front 64

Axial stiffness

Back 64