 | Mechanical engineering - 1847 - 190 pages
...the breadth multiplied by the cube of the depth in inchesNote 1- — When the beam is intended to be square, then the fourth root of the quotient is the breadth and depth requiredNote 2- — If the beam is to be cylindrical, multiply the quotient by 1-7, and the fourth... | |
 | Thomas Kelt - Mechanical engineering - 1849 - 424 pages
...multiplied by the cube of the depth in inches. Note 1. — When the beam is intended to be squire, then the fourth root of the quotient is the breadth and depth required. Note 2. — If the beim is to be cylindrical, multiply the quotient by 1-7, and the fourth root of the product is the... | |
 | Oliver Byrne - Engineering - 1852 - 604 pages
...quotient is the breadth multiplied by the cube of the depth in inches. When the beam is intended to be square, then the fourth root of the quotient is the breadth and depth required. If the beam is to be cylindrical, multiply the quotient by 1-7, and the fourth root of the product... | |
 | Oliver Byrne - Engineering - 1852 - 600 pages
...quotient is the breadth multiplied by the cube of the depth in inchesWhen the beam is intended to be square, then the fourth root of the quotient is the breadth and depth requiredIf the beam is to be cylindrical, multiply the quotient by 1-7, and the fourth root of the... | |
 | Charles Haslett - Engineering - 1855 - 482 pages
...the breadth multiplied by the cube of the depth in inches. \ote 1.— When the beam is intended to be square, then the fourth root of the quotient is the...multiply the quotient by 1'7, and the fourth root ofthe product is the diameter. EXAMPLE. The distance between the supports of a beam of Riga fir is... | |
 | Charles W. Hackley - Engineering - 1856 - 530 pages
...the breadth multiplied by the cube of the depth in inches. Note 1.— When the beam H intended to be square, then the fourth root of the quotient is the...beam is to be cylindrical, multiply the quotient by IT, and the fourth root of the product is the diameter. EXAMPLE. The distance between the supports... | |
 | Charles Haslett - 1855 - 544 pages
...intended to he square, then the fourth root of the quotient is the breadth und depth required. Л'ог« 2.— If the beam is to be cylindrical, multiply the...and the fourth root of the product is the diameter. EXAMPLE. The distance between the supports of a beam of Riga fir is 16 feet, and the weight it must... | |
 | George Beecroft - 1857 - 350 pages
...the breadth mu1tip1ied by the cube of the depth in inches. Note 1 — When the beam is intended to be square, then the fourth root of the quotient is the...and depth required. Note 2. — If the beam is to be cy1indrica1, mu1tip1y the quotient by 1-7, and the fourth root of the product is the diameter. Examp1e.... | |
 | Mechanical engineering - 1855 - 420 pages
...breadth multiplied by the cube of the depth in inches. Note 1. — When the beam is intended to be square, then the Fourth root of the quotient is the breadth and depth required. NoteZ. — If the beam is to be cylindrical, multiply the quotient by 1-7, and the fourth root of the... | |
 | Charles Haslett, Charles William Hackley - Engineering - 1859 - 574 pages
...1.— When the beam M intended to be square, then the fourth root of the quotient u the breadth anil depth required. Note 2.— If the beam is to be cylindrical, multiply the quotient by !"7, and the fourth root of the product i* the diameter. EXAMPLE. The distance between the supports... | |
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... in Ibs. by the cube of the length in feet; divide the product by 32 times the tabular value of E, multiplied into the given deflection in inches ; and the quotient is the breadth multiplied by the cube of the depth in inches. 
