iv63
Structural
- Jan 6, 2009
- 128
Dear Caesar Experts,
Our stress engineer gives me reactions at pipe supports and I design pipe supports for these reactions. I need reactions for the basic loads (pipe dead weight, pipe operating weight, temperature, pressure, and wind, …) and I would combine them. However he told me that Caesar allows to use only “default” load combinations as listed below but I am not convinced yet. Is this correct that you cannot inquire the reactions for the basic loads only? Thank you very much, iv
LISTING OF STATIC LOAD CASES FOR THIS ANALYSIS
1 (HYD) WW+HP
2 (OPE) W+T1+P1
3 (OPE) W+T2+P2
4 (OPE) W+T3+P3
5 (OPE) W+T2+P2+WIN1
6 (OPE) W+T2+P2+WIN2
7 (OPE) W+T2+P2+WIN3
8 (OPE) W+T2+P2+WIN4
9 (OPE) W+T3+P3+WIN1
10 (OPE) W+T3+P3+WIN2
11 (OPE) W+T3+P3+WIN3
12 (OPE) W+T3+P3+WIN4
13 (SUS) W+P1
14 (SUS) W+P2
15 (SUS) W+P3
16 (OCC) W+P2+WIN1
17 (OCC) W+P2+WIN2
18 (OCC) W+P2+WIN3
19 (OCC) W+P2+WIN4
20 (OCC) W+P3+WIN1
21 (OCC) W+P3+WIN2
22 (OCC) W+P3+WIN3
23 (OCC) W+P3+WIN4
24 (EXP) L24=L2-L13
25 (EXP) L25=L3-L14
26 (EXP) L26=L4-L15
TABLE OF CONTENTS -- STATIC OUTPUT
-PAGE- ---REPORT / LOAD CASE---
1 Stress Summary
13 (SUS) W+P1
14 (SUS) W+P2
15 (SUS) W+P3
16 (OCC) W+P2+WIN1
17 (OCC) W+P2+WIN2
18 (OCC) W+P2+WIN3
19 (OCC) W+P2+WIN4
20 (OCC) W+P3+WIN1
21 (OCC) W+P3+WIN2
22 (OCC) W+P3+WIN3
23 (OCC) W+P3+WIN4
24 (EXP) L24=L2-L13
25 (EXP) L25=L3-L14
26 (EXP) L26=L4-L15
Our stress engineer gives me reactions at pipe supports and I design pipe supports for these reactions. I need reactions for the basic loads (pipe dead weight, pipe operating weight, temperature, pressure, and wind, …) and I would combine them. However he told me that Caesar allows to use only “default” load combinations as listed below but I am not convinced yet. Is this correct that you cannot inquire the reactions for the basic loads only? Thank you very much, iv
LISTING OF STATIC LOAD CASES FOR THIS ANALYSIS
1 (HYD) WW+HP
2 (OPE) W+T1+P1
3 (OPE) W+T2+P2
4 (OPE) W+T3+P3
5 (OPE) W+T2+P2+WIN1
6 (OPE) W+T2+P2+WIN2
7 (OPE) W+T2+P2+WIN3
8 (OPE) W+T2+P2+WIN4
9 (OPE) W+T3+P3+WIN1
10 (OPE) W+T3+P3+WIN2
11 (OPE) W+T3+P3+WIN3
12 (OPE) W+T3+P3+WIN4
13 (SUS) W+P1
14 (SUS) W+P2
15 (SUS) W+P3
16 (OCC) W+P2+WIN1
17 (OCC) W+P2+WIN2
18 (OCC) W+P2+WIN3
19 (OCC) W+P2+WIN4
20 (OCC) W+P3+WIN1
21 (OCC) W+P3+WIN2
22 (OCC) W+P3+WIN3
23 (OCC) W+P3+WIN4
24 (EXP) L24=L2-L13
25 (EXP) L25=L3-L14
26 (EXP) L26=L4-L15
TABLE OF CONTENTS -- STATIC OUTPUT
-PAGE- ---REPORT / LOAD CASE---
1 Stress Summary
13 (SUS) W+P1
14 (SUS) W+P2
15 (SUS) W+P3
16 (OCC) W+P2+WIN1
17 (OCC) W+P2+WIN2
18 (OCC) W+P2+WIN3
19 (OCC) W+P2+WIN4
20 (OCC) W+P3+WIN1
21 (OCC) W+P3+WIN2
22 (OCC) W+P3+WIN3
23 (OCC) W+P3+WIN4
24 (EXP) L24=L2-L13
25 (EXP) L25=L3-L14
26 (EXP) L26=L4-L15