Machining and Monitoring Strategies Part 2 docx
Machining and Monitoring Strategies Part 2 docx
... Chapter
Figure 22 0. A typical UHSM spindle cardridge listing some of factors aecting such a spindle’s design and its operation.
Machining and Monitoring Strategies
Figure 22 1. Attainable ... cartridge.
In Figs. 22 0 and 22 1a, are shown some of the principal
factors that aect UHSM spindle performance. In Fig.
22 0, these factors are represented in an Ishikawa (i.e...
Machining and Monitoring Strategies Part 4 docx
... Diashowa Tooling]
.
Machining and Monitoring Strategies
Figure 22 9. Thermal expansion tooling its operation and high-speed turning chuck details.
Chapter
Figure 23 2. The taper tment ... 24 inches of length. is 7 /24 system
incorporates several Standards: CAT and BT 40- and 50-taper
tooling.
Machining and Monitoring Strategies
e capacity for the wo...
Machining and Monitoring Strategies Part 1 ppt
... speed machining of metals – according to Salomon’s machining trials. [Source:
Salomon, circa 1 920 ’s–30’s]
.
Machining and Monitoring Strategies
Figure 21 7. Typical ‘modular design’ and construction ... construction of machining centres, with ‘ballscrews’ and ‘tychoways’. [Courtesy of Cin-
cinnati Machines]
.
Chapter
9
Machining and
Monitoring Strateg...
Machining and Monitoring Strategies Part 3 doc
... Meas-
uring Machine CMM – see details in Fig. 22 3a.
22 ‘Gas-spring supports’ , are tted outside the actuator platform
(i.e. see Figs. 22 4 and 22 5a), they are strategically positioned
so that ... G.T.]
.
Machining and Monitoring Strategies
Figure 22 5. Variax/Hexapod oers a unique and rigid design solution, with many production benets. [Cour-
tesy of Giddings &...
Machining and Monitoring Strategies Part 5 pptx
...
directional plane.
Machining and Monitoring Strategies
Figure 23 4. Dynamic dual-plane (i.e. radial and axial) cutter balancing. [Courtesy of Ingersoll].
Machining and Monitoring Strategies
in ...
Wyatt & Hope, 1998]
.
Machining and Monitoring Strategies
Figure 23 3. A graph to determine high-speed cutter unbalance ‘U’ (ANSI S2.19–1989).
Machinin...
Machining and Monitoring Strategies Part 6 ppt
... Berry, 20 03]
.
Machining and Monitoring Strategies
Figure 23 7. An ultra-high-speed turning operation undertaken on a vertical machining centre. [Source: Smith, Littlefair,
Wyatt & Berry, 20 03]
.
Machining ... one
being set 100 mm apart in height (i.e. disks: 1, 2 and 3)
and aer machining, the disks were exactly φ300 mm
(i.e see Fig. 24 1). e conic frustu...
Machining and Monitoring Strategies Part 7 ppt
... 24 5. The complex machining of either a sculptured, or die and mould surfaces, will usually necessitate both
multifarious and sophisticated programming techniques
.
Machining and Monitoring Strategies ...
Figure 24 2. HSM (milling) of three machinable disks in-situ on a stereometric artefact, on a vertical machining centre. [Source:
Smith, Sims, Hope & Gull, 20 01]...
Machining and Monitoring Strategies Part 8 pptx
... generated pristine forms which would
Machining and Monitoring Strategies
Figure 24 9. By utilising a sophisticated cutter and part simulation technique, any potential and very costly ma-
chining mistakes ... which of late, has
seen parts machined from a range of hard workpiece materi-
als, having a bulk hardness of up to 68 HR
C
. (Source: Huddle,
20 02)
Machining and...
Machining and Monitoring Strategies Part 9 pot
...
Figure 25 4. Relative dimensional sizes and scales, for:
• machining of accurate and presicion parts or
• equated to their respective measurement.
[Source: Smith, et al., 20 02]
.
Machining and Monitoring ... 25 3. Micro- and nano -machining of parts is a big challenge for both today and tomorrow.
Machining and Monitoring Strategies
cutting edge corners – wh...
Machining and Monitoring Strategies Part 10 ppsx
... & Gull, 1999]
.
Machining and Monitoring Strategies
Figure 25 5. Some typical micro-tooling: drills and boring tools.
Machining and Monitoring Strategies
sizes of 25 µm. is range includes ... √(u
0
)
2
+ (u
c
)
2
Where: u
d
= ‘design-
stage’ uncertainty, u
0
= interpolation uncertainty, u
c
= instru-
ment/equipment uncertainty. (Source: Figliola and B...