Slagathor
Mechanical
- Jan 6, 2002
- 129
First, the usage:
Solidworks: Complete integrated product line development using PDM and a Configurator like DriveWorks or Tacton. This will be an ongoing project...2-4 years. Average product will have about 30-50 components...not including basic std fasteners:
-Approx 200 Base Models for configurator use
-Sub Assemblies
-Assemblies
-Model data will be linked back to Excel sheets for design validation (many calcs for this product are easy...pre-canned analytical calcs are faster than messing with FEA)
-Mfg drawings (Fab and Machine)
-Basic dimension drawings and section drawings (not toleranced or with machining/fab details) for customer review and O&M documentation.
-Most componenets are simple turned parts, pipe fabs, with some key componenents having very subtle and sophisticated surfaces.
ACAD 2D: Legacy Drawing Usage, etc
The normal Office application (Excel/Word/PPoint)
Specialized iterative design software that has fairly intensive floating point calcs / number crunching....not FEA...but similar
Some rendering
For personal use (not that I will ever have any free time), I will also probably be doing some video editing and photo editing (HD)
That said...here is the system:
SuperMicro SuperWorkstation 7046A-3 Tower/4U DP Xeon 5500
(2) Intel Xeon E5540 Quad Core 2.53GHz CPUs
(2) 4GB DDR3-1333 Registered ECC Memory (8GB total)
Boot/Execution/Operating System Drive - (1) Seagate SAS 146 GB Cheetah 15.6K RPM ST3146356SS HDD
Storage Drive Array - (3) Seagate SATA 1.5TB Barracuda 7200 RPM ST31500341AS HDD in RAID 5
Sony NEC Optiarc AD-7240S-OB 24X SATA DVDRW
PNY NVidia Quadro FX1800
OS = Windows 7, 64 Bit
MS Office Standard (Word, Excel, PowerPoint)
ACAD LT
Comments?
Solidworks: Complete integrated product line development using PDM and a Configurator like DriveWorks or Tacton. This will be an ongoing project...2-4 years. Average product will have about 30-50 components...not including basic std fasteners:
-Approx 200 Base Models for configurator use
-Sub Assemblies
-Assemblies
-Model data will be linked back to Excel sheets for design validation (many calcs for this product are easy...pre-canned analytical calcs are faster than messing with FEA)
-Mfg drawings (Fab and Machine)
-Basic dimension drawings and section drawings (not toleranced or with machining/fab details) for customer review and O&M documentation.
-Most componenets are simple turned parts, pipe fabs, with some key componenents having very subtle and sophisticated surfaces.
ACAD 2D: Legacy Drawing Usage, etc
The normal Office application (Excel/Word/PPoint)
Specialized iterative design software that has fairly intensive floating point calcs / number crunching....not FEA...but similar
Some rendering
For personal use (not that I will ever have any free time), I will also probably be doing some video editing and photo editing (HD)
That said...here is the system:
SuperMicro SuperWorkstation 7046A-3 Tower/4U DP Xeon 5500
(2) Intel Xeon E5540 Quad Core 2.53GHz CPUs
(2) 4GB DDR3-1333 Registered ECC Memory (8GB total)
Boot/Execution/Operating System Drive - (1) Seagate SAS 146 GB Cheetah 15.6K RPM ST3146356SS HDD
Storage Drive Array - (3) Seagate SATA 1.5TB Barracuda 7200 RPM ST31500341AS HDD in RAID 5
Sony NEC Optiarc AD-7240S-OB 24X SATA DVDRW
PNY NVidia Quadro FX1800
OS = Windows 7, 64 Bit
MS Office Standard (Word, Excel, PowerPoint)
ACAD LT
Comments?