Add to ORKGThis PhysCast is going to look at static equilibrium applied to a ladder leaning against a wall. A ladder of mass m and length L is leaning against a wall. The wall is frictionless and the coefficient of static friction between the ladder and the ground is mu. Find an expression for the minimum angle which the ladder can be lent without slipping
Safety of ancient masonry leaning towers resting on compressible soils is evaluated by comparing cur...
This PhysCast is going to deal with a problem that has a block being pulled up a ramp and how we can...
This paper investigates the design using wind-moment method for semi-rigid un-braced steel frames be...
The following PhysCast is a static equilibrium problem involving a climber who crosses a stream usin...
Despite the ubiquity of the situation of a ladder standing against a wall, there does not yet exist ...
When a ladder is leaned against a wall, as shown in Figure 1, several forces are exerted on the ladd...
Notions of angle, mass, weight, force, normal and frictionA man of weight Wm (blue arrow) climbs a l...
The development of a theoretical model to predict the four equilibrium forces of reaction on a simpl...
The following PhysCast is a static equilibrium problem involving a crane and a boom
In a recent publication the author derived and experimentally tested several theoretical models, dis...
A leaning column is one which is pin ended and does not participate in providing lateral stability t...
Abstract A comprehensive study of the falling ladder problem is presented. The ladder may fall natu...
Although simple architectural structures like bridges, catwalks, cantilevers, and Stonehenge have be...
One of the more important collapse modes for straight, combination, and extension ladders is base sl...
There is a common typology of retaining walls, in places with hard soils without water table, which ...
Safety of ancient masonry leaning towers resting on compressible soils is evaluated by comparing cur...
This PhysCast is going to deal with a problem that has a block being pulled up a ramp and how we can...
This paper investigates the design using wind-moment method for semi-rigid un-braced steel frames be...
The following PhysCast is a static equilibrium problem involving a climber who crosses a stream usin...
Despite the ubiquity of the situation of a ladder standing against a wall, there does not yet exist ...
When a ladder is leaned against a wall, as shown in Figure 1, several forces are exerted on the ladd...
Notions of angle, mass, weight, force, normal and frictionA man of weight Wm (blue arrow) climbs a l...
The development of a theoretical model to predict the four equilibrium forces of reaction on a simpl...
The following PhysCast is a static equilibrium problem involving a crane and a boom
In a recent publication the author derived and experimentally tested several theoretical models, dis...
A leaning column is one which is pin ended and does not participate in providing lateral stability t...
Abstract A comprehensive study of the falling ladder problem is presented. The ladder may fall natu...
Although simple architectural structures like bridges, catwalks, cantilevers, and Stonehenge have be...
One of the more important collapse modes for straight, combination, and extension ladders is base sl...
There is a common typology of retaining walls, in places with hard soils without water table, which ...
Safety of ancient masonry leaning towers resting on compressible soils is evaluated by comparing cur...
This PhysCast is going to deal with a problem that has a block being pulled up a ramp and how we can...
This paper investigates the design using wind-moment method for semi-rigid un-braced steel frames be...