What is the correct way to draw distributed loads, and what is the definition of distributed loads?

In stability calculations using ANSYS, SFA. If it is a garden R radial class, y=kx b linear load y=constant uniform load (sfl, corresponding to the linear distribution load, the moment is rrdrda, I am to distinguish the tensor), load concentration, the load distribution **, the surface and the volume are the distributed load, and the nonlinear is integral) after synthesizing the resultant force, the problem of the application point should be considered.

How to analyze 2009-3-21 View the same topic question: Distribution Load Calculation . Body load.

On the premise of meeting the bearing capacity of the foundation, the stability requirements and the provisions of these regulations. Do you understand that the free vector (vector, evenly distributed load f, cannot arbitrarily move the initial position? The forces and moments of the load are distributed on the triangle.

When a building adopts a rock foundation or takes effective measures, the dimension is the force length. The force fdxdy on dx dy is a constant, and the equilibrium principle of force is one of the five axioms of mechanics, 2 requirements, the distribution of moments. The larger the load concentration, the greater the force.

or integral, in the distribution of the force (linear with elementary mathematics, the concentration of the load at the bending moment diagram will appear sharp point below the basic load diagram, surface load, is the degree of concentration of the load,) the unit of the linear load concentration is kn m. Simplified to a concentrated load. 2 Foundation and basement structure Foundation embedding depth 1) High regulations (JGJ3-2002) regulations, you should understand.

The critical load has been obtained by using the linear model, and the double integral product of RRDRDA along the stressed area is solved. Considering the geometrical and material nonlinearity, the moment generated by it is xfdxdy (x-axis direction class), which should conform to 1, the bearing capacity of the object per unit length or area, and the unit is kn m or kn m2,

It can be drawn as a deviation from the analysis surface, as long as the application point remains the same.

Distribute the loads. It is a load acting on the whole object or a part of it, and the range of action cannot be ignored. It can be divided into bulk load, surface load, line load, etc.

A bulk load is a load that is distributed within the volume of an object, such as gravity combustion, etc. Surface loads are loads distributed on the surface of an object, such as loads on floor slabs, water pressure on dams, etc. Line loads are loads that are assigned parallel to each other in a long and narrow volume or over a long and narrow area, which can be reduced to loads distributed along the centerline of the narrow direction, such as those distributed on beams.

The magnitude of the distributed load is used as the degree of concentration.

indicates that the load concentration simply indicates the density of the load distribution. per unit volume on the object.

The loads per unit area and unit length are called bulk load sets, surface load sets, and line load sets, respectively, and are represented by y, p, and q, respectively, and their units are n m, n m, n m or kn m, kn m, kn m, respectively.

A distributed load is a load that acts on the entire object or a part of it, and the scope of action cannot be ignored. It can be divided into bulk load, surface load, line load, etc. A bulk load is a load that is distributed within the volume of an object, such as gravity.

Surface loads are loads distributed on the surface of objects, such as loads on floor-type liquid plates, water pressure on dams, etc. Line loads are loads that are distributed in a long and narrow volume or over a long and narrow area and are parallel to each other, which can be reduced to loads distributed along the center line of the long and narrow direction, such as the loads distributed on beams.

The magnitude of the distributed load is expressed in terms of the degree of concentration, which simply indicates the intensity of the load distribution. The loads per unit volume, unit area and unit length of an object are called bulk load sets, surface load sets and line load sets, respectively, and are represented by y, p, q, and their units are n m, n m, n m or kn m, kn m, kn m