How to estimate the product of inertia Ixy for a triangle? the procedure considered the triangle as composed of two right-angle triangles, the complete steps are shown.
15-Product of inertia Ixy-for the triangle. Read More »
How to find the workable gauge lines distances for an angle? and how to estimate the g distance between bolts for angles?
4- Simple illustration for workable Gauge Lines distances. Read More »
How to estimate the moment of inertia Iy-at Cg for a triangle? using the value of Iy of a triangle we can get the inertia Iy-at Cg.
14a-How to get of Moment of inertia Iy-at Cg for a triangle? Read More »
How to estimate x bar for a right angle triangle case-1 by using a horizontal strip?
2-How to determine x bar for a right angle-case-1? Read More »
The solved problem for x-y-z values by using the LU decomposition. for three simultaneous equations. Step by step illustration is explained.
6- Solved problem for x-y-z values by LU decomposition. Read More »
The post includes the first part of the solved problem 10-1-for bearing. It is required to estimate the shear force that can be applied on a given connection.
5- A solved problem 10-1-for bearing connection-1-3. Read More »
Introduction to the uniform series of compound interest, how we can develop an expression for the uniform series of compound interest with Solved problems
7- Approach to Uniform series of compound interest-1/2. Read More »
Design of continuous beam. We have a Detailed design solved problem 4-15 for which it is required to find the lightest W10 for these beams.
30-Introduction to design of continuous beam, problem 4-15. Read More »
The post includes an introduction to sets, what are set braces?The notations used for an expression of a set, the difference between the whole number and natural number, The symbols used for sets.
1- Easy definition of Sets, set braces, and notations. Read More »
A full estimate of the moment of inertia Iy for any given triangle? the procedure considered the triangle as composed of two right-angle triangles.
14-The Moment of inertia Iy for a triangle. Read More »
