Overview | Statement List | Example
项目沿着ZC轴
Synopsis
ANLSIS/PROSOL,d,lim1,lim2[,TOLER,t],obj
list,{INCHES|MMETER|CMETER|METER},variable list
Description
Analyzes a solid defined by projecting a list of objects
along the ZC axis. The objects must be boundary objects to form a main boundary
and any desired sub-boundaries (holes, etc.). You may define the objects by
specifying a bounded plane.
Parameters
|
Parameter |
Description |
|
PROSOL |
Minor word which
indicates that an analysis of the solid formed by projecting a two
dimensional figure along the Z axis of the work coordinate system is
desired. |
|
d |
The density per
unit volume for the material required. |
|
lim1,lim2 |
The Z coordinates
at which the generated solid starts and ends respectively. |
|
TOLER |
Minor word which
indicates that the following parameter is a tolerance value. |
|
t |
The tolerance
which is used to generate the approximate boundary for the projected
solid. |
|
obj list |
The object list
must consist of a bounded plane or a main boundary followed by any
sub-boundaries which may be required.
 NOTE: The direction for sub-boundaries,
which must be opposite of the direction of the main boundary, is
established by the sequence of objects in the boundary
statement.
|
|
INCHES,MMETER,CMETER,METER |
Minor words which
determine whether the unit value for the analysis is inches, millimeters,
centimeters, or meters respectively. |
|
variable
list |
A numeric array
that is assigned values as shown in the following
table. |
|
Analysis |
Acronym |
Variable |
|
Area |
|
n(1) |
|
Volume |
|
n(2) |
|
Mass |
|
n(3) |
|
Center of
mass |
XBAR |
n(4) |
|
Center of
mass |
YBAR |
n(5) |
|
Center of
mass |
ZBAR |
n(6) |
|
First
moment |
MYZ |
n(7) |
|
First
moment |
MXZ |
n(8) |
|
First
moment |
MXY |
n(9) |
|
Moment of
inertia-work |
IXXW |
n(10) |
|
Moment of
inertia-work |
IYYW |
n(11) |
|
Moment of
inertia-work |
IZZW |
n(12) |
|
Moment of
inertia-centroidal |
IXX |
n(13) |
|
Moment of
inertia-centroidal |
IYY |
n(14) |
|
Moment of
inertia-centroidal |
IZZ |
n(15) |
|
Spherical moment
of inertia |
|
n(16) |
|
Product of
inertia-work |
PYZW |
n(17) |
|
Product of
inertia-work |
PXZW |
n(18) |
|
Product of
inertia-work |
PXYW |
n(19) |
|
Product of
inertia-centroidal |
PYZ |
n(20) |
|
Product of
inertia-centroidal |
PXZ |
n(21) |
|
Product of
inertia-centroidal |
PXY |
n(22) |
|
Principal
axis |
XPX |
n(23) |
|
Principal
axis |
XPY |
n(24) |
|
Principal
axis |
XPZ |
n(25) |
|
Principal
axis |
YPX |
n(26) |
|
Principal
axis |
YPY |
n(27) |
|
Principal
axis |
YPZ |
n(28) |
|
Principal
axis |
ZPX |
n(29) |
|
Principal
axis |
ZPY |
n(30) |
|
Principal
axis |
ZPZ |
n(31) |
|
Principal moment
of inertia |
IXXP |
n(32) |
|
Principal moment
of inertia |
IYYP |
n(33) |
|
Principal moment
of inertia |
IZZP |
n(34) |
|
Radius of
gyration-work |
RGXW |
n(35) |
|
Radius of
gyration-work |
RGYW |
n(36) |
|
Radius of
gyration-work |
RGZW |
n(37) |
|
Radius of
gyration-centroidal |
RGX |
n(38) |
|
Radius of
gyration-centroidal |
RGY |
n(39) |
|
Radius of
gyration-centroidal |
RGZ |
n(40) |
|
Spherical radius
of gyration |
|
n(41) |
|
Density |
|
n(42) |