Pp2

1. The distance measured along the full length of a beam.

2. Classification of a load in simple beam that theoretically produces a positive moment

For a system to be in equilibrium, the sum of the external forces acting on the system must be

The analysis of the stress, strain and deflection characteristics of structural behavior is referred to.

A graphic representation of the variation in magnitude of the bending moment.

The force measured from a loading at a distance from the axis of rotation

A distance between the inner faces of the support of a beam.

The shear diagram of a uniformly varying load.

Branch of engineering mechanics that is concerned with the analysis of loads.

. Type of load representing the weight of a prismatic beam.

A force acting perpendicular to the surface of an object which tend the material to slip past the adjacent part.

A push or pull that tends to move a body to the direction of its action.

The center to center distance between the supports of a beam.

An imaginary line passing through the centroid of the cross section of a beam, along which no bending stresses occur.

A property of a body that defines its resistance to a change in angular velocity about an axis of rotation.

The rotational force measured at a given axis at a given point on a beam.

Formula of Moment?

A design analysis as a basis where the total lateral forces are distributed to the various vertical elements of the lateral force resisting system.

Formula in locating the centroid of a rectangular load.

The shear diagram of a uniformly distributed load in a cantilever beam.

Type of load that is increasing or decreasing linearly throughout the length of the beam.

A structural system that support their loads in compression.

A vertical structural element that carries an axial force in compression.

1 GPa is equal to?

Comprises in five or more members in triangular units constructed with straight members whose ends are connected at joints, external forces and reactions to those forces are considered to act only at the nodes and result in forces in the members are either in tension or compression.

What is the weight of 1 cu. m. Of steel?

Classification of a load which is permanently attached to a structure

Structural system composed of triangulated steel members that allows span on a wide area.

The sum total of all the external forces measured from the supports of a beam.

These are lateral loads except one

Type of beam connection free from horizontal stress.

Type of beam simply supported on both ends.

At any cut in a beam, there are 3 possible internal reactions required for equilibrium, except one.

Classification of a load produced by the wind.

Type of beam connection carrying the moment, horizontal, and vertical stresses.

A structural element that support their loads in tension.

What is the weight of 1 cu. m. Of concrete?

Classification of a load produced by earthquake.

Type of beam supported by a row of columns

1 Gpa is equal to?

A force that is supported by a structural element.

A rigid structural member designed to carry and transfer transverse loads across spaces to the supporting elements

Classification of a load produced by a large furniture.

The amount of force required to accelerate 1 kilogram of mass one meter per second per second.

Classification of a load produced by a dead load.

It is a beam especially provided over an opening for a door or window to carry the wall over opening.

A structural system consisting of slender elements which resist tensile or compressive axial forces

. It is the general term applied for all forces which act upon a structure and anything else which causes stresses or deformation within a structure, or part thereof.

Moving variable weights add to the dead load or an intrinsic weight of a structure.

. A structural system are often used in buildings and are composed of beams and columns that are either pin or fixed connected.

A longitudinal strain developed at the mid span at the extreme top fiber of a cantilevered beam.

The deformation of a structural member as a result of loads acting on it.

. The formula in computing the maximum bending moment for a uniformly distributed load on simple beam.

The section of a beam at which the bending moment changes from positive to negative and at this section, the magnitude of the bending moment is zero

A longitudinal strain developed at the mid span on the extreme bottom fiber of a simple beam

A longitudinal strain developed at the mid span at the extreme top fiber of a simple beam.

The distance from the support to the span of a beam where shear force is decreasing and moment is increasing.

A longitudinal strain that tend to elongate the object.

A longitudinal strain developed at the mid span on the extreme bottom fiber of a cantilevered beam.

The formula in computing the maximum vertical shear for a uniformly distributed load on simple beam.