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Fatigue Analysis Documentation OFFice
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Demo version of FKM_LFSA extended
2014-02-03 09:32:14
Invitation to VAL 2015 conference
2014-01-17 21:55:59
Demo of FKM solution on-line
2014-01-08 21:52:52
Import from pragtic.com started
2014-01-08 19:57:32
Experiment Selector
Public access
Test group:
ABL
BAB
BAI
BaS
Ber
BHA
BHI
BHO
Del
FAD
FCH
Fin
Fra
Frb
Frc
Frd
Fre
Frf
Frg
Frh
Fri
Frj
Frk
Frl
Frm
Frn
Fro
Frp
Fta
Ftb
Ftd
GBD
GPA
GPB
GPD
GPE
GPF
GPG
GPH
GPI
GPJ
GPK
GPL
GPM
GPN
GPO
GPP
GPQ
GPR
GrN
GrN
Haa
Hab
Hac
Had
Hae
Har
HR1
HR2
HR3
HR4
HR5
HR6
HR7
Hu1
Hu2
Hu3
ISG
ISS
KLN
KNK
Lee
LEM
LEN
LES
LKA
LKB
LKC
LKD
LKE
LKF
LKG
LKH
LuS
Maa
Mab
Mac
Mad
Mar
MCP
MGa
MGb
Mie
MMM
NbA
NbB
NKc
NKd
NKh
NKm
NLW
Pay
PHA
PHB
PHC
PHD
PHE
PHF
PHG
PHH
PHI
PHJ
PHK
PHL
PHM
PHP
PHQ
PHT
PHU
PHW
PHY
Pu1
Pu2
Ra1
Ra3
Ra4
Ra5
Ro1
Ro2
Sa1
Sa2
Sa3
SaL
SuP
TAK
Thr
TLB
TMM
VeG
Material:
0.1%C steel
0.13%C steel
0.13%C steel
0.14%C steel
0.4%C steel
0.4%C steel
0.6%C steel
0.6%C steel
0.9%C steel (pearlitic)
1045
14S-T
2017A-T4
20MnCr5
2124-T851
24S-T
25CrMo4
25CrMo4
3.5%NiCr steel
3.5%NiCr steel
3/3.5%Ni steel (45/50 ton)
3%C cast iron
3%Ni steel (30/35 ton)
30 CrNiMo 8V
300-M
34CrMo4
39NiCrMo3
41 1523.1
42CrMo4
42CrMo4
42CrMo4
42CrMo4
4340
5% chrome steel
5695 mild steel
6082-T6
75S-T6
76S-T61 aluminum
982 FA hard steel
AlCuMg1
alloyed cast iron
alloyed cast iron
AlZnMgCu1.5
brass 7:3
bronze A (wrought bronze)
C35N
C40
carbon steel
cast alloy steel
Ck 35
Ck15
Cr-Co-Mo steel
Cr-Co-Mo steel
Cr-Mo steel
Cr-Mo steel
Cr-Mo steel
Cr-Mo steel
Cr-Mo steel
Cr-Mo steel
Cr-Mo-V steel
Cr-Mo-V steel
Cr-Mo-W steel
Cr-Mo-W steel
Cr-Ni steel (VCN 35)
Cr-V steel
Cr-V steel
CrMo cast iron
CrV steel
CrVa steel (45/50 ton)
CuCr cast iron
D-30 duralumin
EN-GJL-270
EN-GJS-400-18-LT
EN-GJS-700
EN-GJV-450
EN-GJV-450
En25T
gamma-Silumin
Ge 12 (cast iron)
Ge 12.91
Ge 12.91
Ge 14.91
Ge 14.91
Ge 18.91
Ge 18.91
Ge 22.91
Ge 24 (special cast iron)
Ge 26.91
Ge 26.91
GG-20
GGG-40
GGG-40
GGG-60
GGG-60
GGG-70
GTS-35
GTS-45
GTS-45
GTS-55
GTS-70
high-quality cast iron
high-quality cast iron
high-quality cast iron
high-quality cast iron
Inoculated cast iron
Mn-Si steel
Ms 60 (wrought brass)
Ni-Cr steel
Ni-Cr-Mo steel
Ni-Cr-Mo steel
NiCr cast iron
NiCr steel (95/105 ton)
NiCrMo steel (75/80 ton)
Nicrosilal cast iron
Nodular Cast Iron
PA4
SAE 1020
SAE 1020
SAE 1020
SAE 4130
SAE 4340
SiMn steel
SM45C (SAE 1045)
SNCM8
St 100
St 35
St 35
St 37
St35
StE 460
Te 38.92
Te 38.92
Te 38.92
Te 38.92
Ti-6Al-4V
W-Cr-V steel
W-Cr-V steel
W-Cr-V steel
W-Cr-V steel
WT80C spring steel
X6 CrNiTi 18 10
Material group:
General structural carbon steel
Higher strength weldable structural carbon steel
Heat treatable steel
Case hardening steel
Nitration steel
Fine-grained structural steel
Higher strength cast steel
Grey cast iron
White cast iron
Nodular cast iron
Malleable cast iron
Aluminum wrought alloy
Aluminum cast alloy
Titanium alloy
Nickel alloy
Cobalt alloy
Copper alloy
Stainless steel
Cast iron with vermicular graphite
Magnesium alloys
Microalloyed steels
Curve type:
e-N
S-N
Static
CSS
Specimen type:
Solid bar of circular cross-section, unnotched
Solid bar of circular cross-section, circumferential V-groove
Solid bar of circular cross-section, circumferential U-groove
Solid bar of circular cross-section, transition fillet
Solid bar of circular cross-section, straight-through hole
Solid bar of circular cross-section, U-groove and straight-through hole
Hollow bar of circular cross-section, unnotched
Hollow bar of circular cross-section, circumferential V-groove
Hollow bar of circular cross-section, circumferential U-groove
Hollow bar of circular cross-section, transition fillet
Hollow bar of circular cross-section, straight-through hole
Flat solid specimen, unnotched
Flat solid specimen, two U-notches
Flat solid specimen, two V-notches
Flat solid specimen with a fillet
Flat solid specimen with a hole
Flat solid specimen, one V-notch with a precycled crack
not classed - see attached figure
Welded specimen...
Welded specimen type:
Butt welds, transverse loaded
▼
Transverse loaded V groove ground flush to plate
Transverse loaded X-groove butt weld ground flush to plate
Trensverse butt weld made in shop in flat position
Transverse butt weld, welded on ceramic backing, root crack
Transverse butt weld on permanent backing bar
Transverse butt welds welded from one side without backing bar, full penetration
Transverse partial penetration butt weld, analysis based on stress in weld throath sectional area, weld overfill not to be taken
Transverse butt weld, with transition on thickness and width
Transverse butt weld, different thicknesses without transition,centres aligned
Three plate connection, root crack
Transverse butt weld flange splice in built-up section welded prior to the asembly, ground flush, with radius transition
Transverse butt weld splice in rolled section or bar sides flats
Transverse butt weld splice in circular hollow section, welded from one side, full penetration
Tubular joint with permanent backing
Transverse butt weld splice in rectangular hollow section, welded from one side, full penetration
Longitudinal load-carrying weld
▼
Automatic longitudinal seam in hollow sections
Automatic longitudinal seam in hollow sections
Longitudinal but weld
Continuous longitudinal K-butt weld
Continuous longitudinal fillet weld
Intermittent longitudinal fillet
Longitudinal butt weld, fillet weld or intermittent weld with cope holes not higher than 40% of web
Cruciform joints or T-joints
▼
Cruciform joint, K-butt welds, no lamellar tearing misalignment
Cruciform joint, fillet welds
Splice of rolled section with intermediate plate, fillet welds
Splice of circular hollow section with intermediate plat, siglesided butt weld
Splice of circular hollow section with interrmediate plate, fillet weld
Splice of rectangular hollow section with interrmediate plate, single-sided butt weld
Splice of rectangular hollow section with interrmediate plate, fillet welds
Non-load-carrying attachments
▼
Transverse non-load-carrying attachment, not thicker than main plate
Transverse stiffener welded on girder web or flange, not thicker than main plate
Non-load-carrying stud, as welded
Longitudinal fillet welded gusset
Longitudinal fillet welded gusset with radius transition, end of fillet weld reinforce and ground, gusset not at edge of flange
Longitudinal flat side gusset welded on plate or beam flange edge
Longitudinal flat side gusset welded on edge of plate or beam flange
Lap joints
▼
Transverse loaded lap joint with fillet welds
Longitudinally loaded lap joint with side fillet welds
Lap joint gusset, fillet welded, non-load-carrying
Reinforcement
▼
End of long doubling plate on I-beam, welded ends
End of long doubling plate on beam, reinforced welded ends ground
End of reinforcement plate on rectangular hollow section
Reinforcement welded on with fillet welds
Tubular joints
▼
Circular hollow section welded to component double fillet welds
Circular hollow section welded to component single sided butt weld
Circular hollow section with welded on disk
Reference Id:
Number of cycles from:
Number of cycles to:
Fatigue limit:
Load channel 1:
no load
tension-compression
plane bending
rotating bending
tangential stress (pressurizing)
radial stress (pressurizing)
torsion
thermal load
Load type 1:
harmonic, constant amplitude
constant load
triangular, constant amplitude
trapezoidal, constant amplitude
sampled general load, constant amplitude
general with a figure, constant amplitude
zero to break
multiple step test
incremental step test
Load channel 2:
no load
tension-compression
plane bending
rotating bending
tangential stress (pressurizing)
radial stress (pressurizing)
torsion
thermal load
Load type 2:
harmonic, constant amplitude
constant load
triangular, constant amplitude
trapezoidal, constant amplitude
sampled general load, constant amplitude
general with a figure, constant amplitude
zero to break
multiple step test
incremental step test
Load channel 3:
no load
tension-compression
plane bending
rotating bending
tangential stress (pressurizing)
radial stress (pressurizing)
torsion
thermal load
Load type 3:
harmonic, constant amplitude
constant load
triangular, constant amplitude
trapezoidal, constant amplitude
sampled general load, constant amplitude
general with a figure, constant amplitude
zero to break
multiple step test
incremental step test
Load channel 4:
no load
tension-compression
plane bending
rotating bending
tangential stress (pressurizing)
radial stress (pressurizing)
torsion
thermal load
Load type 4:
harmonic, constant amplitude
constant load
triangular, constant amplitude
trapezoidal, constant amplitude
sampled general load, constant amplitude
general with a figure, constant amplitude
zero to break
multiple step test
incremental step test
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