CIRCULAR CYLINDERS UNDER CERTAIN PRACTICAL SYSTEMS OF LOAD. 1 
(In. 
n. 
r = 0. 
r = a/3. 
li 
r = a. 
1 
- -787811 
- -736099 
- -324884 
1-638888 
2 
- -155588 
- -246518 
- -431227 
2-052233 
3 
- -176721 X 10-1 
- -584824 X 10-1 
- -326343 
2-400197 
4 
- -152827 X 10-2 
- -116088 X 10-1 
- -189318 
2-623837 
5 
- -114613 X 10-3 
- -209107 X 10-2 
- -963285 X 10-1 
2-774995 
6 
- -789128 X 10-5 
- - .354776 X 10-3 
- -455547 X 10-1 
2-882627 
n. 
'/■ = 0. 
r = ^^3. 
r = 2ff/3. 
r = a. 
1 
-126474 
•142956 
•201175 
•333333 
2 
•815103 X 10-2 
•129653 X 10-1 
•397748 X 10-1 
•166667 
3 
•485003 X 10-3 
•127826 X 10-2 
•991703 X 10-2 
•111111 
4 
•275613 X 10-1 
•134492 X 10-3 
•275530 X 10-2. 
•853333 X 10-1 
5 
•152381 X 10-5 
•148331 X 10-1 
•814018 X 10-3 
•666667 X 10-1 
6 
•827385 X 10-7 
•169178 X 10-5 
•2.50165 X 10-3 
•555556 X 10-1 
11. 
7- = 0. 
7- = 77/3. 
7- = 2f7/3. 
7' = a. 
1 
•971897 
1-067168 
1-386651 
2-042427 
2 
•120292 
•179629 
•477822 
1-664308 
3 
•117631 X 10-1 
•283739 X 10-1 
•185745 
1-682707 
4 
•945472 X 10-3 
•414783 X 10-2 
•707563 X 10-1 
1-703514 
5 
•678980 X 10-1 
•586774 X 10-3 
•266082 X 10-1 
1-716955 
6 
•454266 X 10-5 
•817120 X 10-1 
•993188 X 10-2 
1-725546 
11. 
7- = 0, 
7- = «,/3. 
?■ = 2ft/3. 
r = a. 
1 
• 000000 
•142956 
•402350 
1•000000 
2 
•000000 
•259307 X 10-1 
-159100 
1-000000 
i 3 
• 000000 
•383479 X 10-2 
•595020 X 10-1 
1•000000 
4 
•000000 
•537967 X 10-3 
•220423 X 10-1 
1-000000 
5^ 
•000000 
•741658 X 10-1 
•814019 X 10-2 
1-000000 
6 
•000000 
•101507 X 10-1 
-.300198 X 10-2 
1•000000 
