Castalia S.r.l.
tel. +39.2.26681083
fax. +39.2.26681876
info@steelchecks.com
ITA - ENG


CSE: VIDEOS, referring to version 3.0 (May 2009)


These videos explain in a general and ordered way some of CSE functionalities. They have been made since January 2009 to May 2009. The program is continuously developed and therefore it has moved forward. Nonetheless, these films explain the project, CSE effectiveness, easy use, and more.

These videos also explain how the program works (see lessons for a more updated set of info).

CSE is the result of a 13 years research. Presently (July 2013) we have no info of other programs able to face with this generality the problem of checking steel connections.

The videos have no audio but call outs (english). They have been made using a screen resolution not high in order to limit file's weight.

FILM ID
MM/YY
MB/
MIN
KEYWORDS
I 01 - WHY CSE I01
01/09
3.7
2.19
CSE, steel connections, bolts, welds, steel joints, steel, Eurocode, CNR, AISC
I 02 - WHAT IS CSE I02
01/09
3.3
4.05
software, automatic check, connection check
T 01 - TERMINOLOGY T01
01/09
4.2
4.35
components, scene, joined, joiner, through, jnode, renode, reclass, jclass, bolts, welds
T 02 - FINITE ELEMENTS VS MEMBERS T02
01/09
1.9
2.15
members, finite elements, automatic search, pieces, components
T 03 - NODES JNODES RENODES T03
01/09
2.0
2.31
node, jnode, renode, search, catalogue, recognition
T 04 - JNODES KIND T04
01/09
2.8
3.01
jnode, hierarchic, central, cuspidal, passing by, tangent, simple, restraint
T 05 - CONNECTIONS ANALYTICS T05
01/09
8.0
6.03
prosecution, normal, inclined, homogeneous, flange, web, constructively aligned, construction axes
T 06 - MEMBERS THROUGHS JOINERS T06
01/09
2.7
1.11
members, throughs, joiners, components, model
T 07 - CHAINS T07
02/09
1.8
1.55
connection, chain, union, action transfer
T 08 - WORK PATH FROM FEM T08
01/09
7.3
8.17
fem model, wireframe, beam, truss,  joints recognition, joint checks,
T 09 - WORK PATH WITHOUT FEM T09
01/09
5.5
10.30
model creation, end releases, constraints, materials, cross-sections, orientation, local axes
T 10 - AUTO VS USER CHECKS T10
01/09
1.1
1.13
automatic checks, user checks, criteria, conditions, upsetting, resistance, net cross-sections, block tearing, support,
T 11 - INTERNAL COMPILER T11
02/09
2.9
3.09
compiler, variables, formulae recognition, automation, internal variables, conditions, pre-conditions
T 12 - PREDEFINED VARIABLES T12
01/09
4.8
4.31
pre-defined variables, internal variables
T 13 - ADDED VARIABLES T13
04/09
2.1
2.13
added variables, variable addition, parameters
T 14 - CONDITIONS T14
04/09
2.4
2.27
check conditions, pre-conditions, inequalities, user checks, customized checks
P 01 - INTERFACE P01
04/09
4.0
4.07
graphic view, alphanumeric view, renode, variables, fem, jnode, solid
P 02 - VIEWS P02
01/09
11.2
12.10
graphic view, alphanumeric view, renode, variables, fem, jnode, solid
P 03 - BUTTONS P03
04/09
5.8
5.37
toolbars, buttons, commands
P 04 - OBJETS SELECTION P04
01/09
7.2
5.15
selection, click, box, polygon, fem, jnode, components, scene, solid
P 05 - VIEW COMMANDS P05
01/09
7.3
5.49
zoom, pan, rotate, standard views, enclose, last zoom
P 06 - ENQUIRE P06
04/09
12.5
14.39
enquire, distance, internal forces
P 07 - UNDO-REDO P07
01/09
1.8
1.34
undo, redo
P 08 - FEM MODEL IMPORTING P08
01/09
3.2
2.08
how importing a fem model, fem, fem import, model import
P 09 - FEM MODEL CREATION P09
01/09
6.8
2.08
fem model creation, model creation, end releases, constraints, offset, materials, cross-sections, orientation, local axes
P 10 - MEMBERS SEARCH P10
01/09
3.4
3.56
members, automatic search, recognition
P 11 - JNODES SEARCH P11
01/09
2.9
2.14
jnode, automatic search, recognition, equal jnodes
P 12 - JNODES INFO P12
01/09
2.8
3.23
jnodes, info, connections, joints, typology, orientations, internal forces envelope,
P 13 - JNODES LISTING P13
01/09
6.5
2.50
listing, jnodes, synthetic data
P 14 - FROM JNODE TO RENODE P14
01/09
1.9
2.04
jnode, renode, workings, 3d model, components, joiners, joined
P 15 - TRIM-EXTEND MEMBERS P15
01/09
1.8
1.32
trim, extend, offset, member
P 16 - ADD THROUGH (OVERALL VIEW) P16
01/09
4.0
4.10
components, rolled members, angles, plates, stiffeners, cross-sections trunks, throughs,
P 17 - ADD THROUGH (KINDS) P17
01/09
6.3
7.08
simple angle, double angle, cross-section trunks, trunk, plate, stiffener, component, polygonals, solids, stiffener,
P 18 - ADD JOINERS (OVERALL VIEW) P18
01/09
5.1
6.18
bolts, welds, joiners, joined, shear, friction, anchor, bearing surface, layout, free setting, space, 3d,
P 19 - ADD BOLT LAYOUT P19A
04/09
12.1
13.26
bolts, class, automatic recognition, bolt layout, freedom, quote, drawing, free placement, joined, friction, anchor, bearing surface, flexure, torsion, shear, 3d,
P 19B - BOLT LAYOUT ADDITION - NO SLIP P19B
01/09
3.6
3.36
friction joints, slip, slip checkso, slip resistant, friction factor,
P 19C - BOLT LAYOUT ADDITION - ANCHOR P19C
01/09
1.7
1.47
anchor, bond, deployment, bolts, concrete, equivalent length
P 19D - ADD BOLT LAYOUT - BEARING SURFACE P19D
01/09
11.0
12.38
bearinng surface, axial force plus bending, foundations, plynths, base plate, flange, concrete law, elastic, non linear, elastic perfectly plastic, check, limit states
ENG P 19E - BOLT LAYOUT ADDITION - BLOCK TEAR P19E
10/10
4.4
5.12
block tear, bolted connection, check, limit states
P 20 - BOLT LAYOUT MODIFICATION P20
04/09
4.3
3.57
bolt modify, shift, distances, orientation, rotation, diameter, typology, working hypothesis
P 21 - ADD WELD LAYOUT P21
01/09
3.6
4.01
welds, fillet welds, layout, throat, thickness, inclination, checks, automatic recognition, perimeter,
P 22 - MODIFICATION OF A WELD LAYOUT P22
01/09
2.2
2.51
modification, weldability, variations, drawings
P 23 COPY - SHIFT - DELETE COMPONENTS P23
04/09
4.5
7.13
components, shift, rotation, copy, recopy, deletion, free placement,
P 24 - WORK PROCESSES P24
01/09
6.0
9.17
workings, bevels, cut-outs, trim, extend, circular bevel, square, triangular, modification, 3d,
P 25 - ADD VARIABLES P25
01/09
4.3
3.28
user variables, new variables, user checks
P 26 - ADD CONDITIONS P26
01/09
4.0
3.54
additional conditions, customized checks, automation, compiler,
P 27 - OVERLAPS AND CONSISTENCY CHECKS P27
01/09
5.2
3.14
overlappings, coherence, consistency, compliance, quality
P 28 CHECKS - WHAT IS CHECKED P28
05/09
18.5
16.53
resistance, upsetting,  net sections, components checks, fem,mesh,fem models,finite elements,resistance checks, deformability checks, user checks, local effects, cut sphere, bearing surface, friction, anchor, pull out, no-tension,
P 29 CHECKS - GENERAL SETTINGS P29
05/09
6.0
4.10
automatic checks, fem combinations, internal combinations, overstrength, joints, upsetting, resistance, net sections, joiners,fem
P 30 - CHECKS - EXECUTION P30
01/09
3.4
2.48
automatic checks, fem combinations, internal combinations, overstrength, joints, upsetting, resistance, net sections, joiners,
P 31 - CHECKS - GRAPHIC RESULTS P31
02/09
8.2
4.42
exploitations, bearing surface, net sections, welds, bolts, joints, connections,
P 32 - CHECKS - OUTPUT FILE P32
02/09
5.0
4.42
listing, stresses, welds, bolts, joint, connections,
P 33 - DISPLACEMENTS CHECK P33
02/09
1.5

1.51
displacements, displacement checks, displacement levels, displacement limitation, joints, connections,
P 34 - DISPLACED VIEW P34
01/09
3.4
2.51
displaced, joint deformations, displacement multiplier, display displaced, displacement control
P 35 - EXCHANGED FORCES P35
02/09
2.4
2.46
net sections, check, cross-section holes, holes
P 36 - NET SECTIONS RESULTS P36
04/09
3.5
3.27
net sections, checks, sections with holes, holes
P 37 - COMPONENTS FEM MODELS P37
05/09
13.3
12.39
check, components fem model, finite elements, automatic modelling, meshing, mesh size
P 38 - SIMPLIFIED CHECK FOR THROUGHS P38
05/09
4.6
3.59
check, simplified checks of throughs, angle checks, trunks checks
OVERALL DURATION:  4h, 43min, 17sec

Keywords: structural analysis, design, eurocodes, steel connections, steel joints, welds, bolts


 


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