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In this large-format implementation manual, TPM experts explain P-M
Analysis. (A methodology that makes zero losses a reality in your
TPM program.) P-M Analysis is designed to help your TPM teams
analyze and eliminate chronic problems that have been neglected or
unresolved in the past. Chronic quality defects and other chronic
losses are hard to eradicate, because they typically have multiple,
interrelated causes that vary with every occurrence. Common
improvement strategies, like cause-and-effect analysis, are usually
ineffective in dealing with such complex problems. P-M Analysis was
specially developed to overcome the weaknesses of traditional
methods. It offers a rigorous 8-step method for ensuring that all
possible factors are identified and investigated. Through P-M
Analysis, teams really get in touch with their equipment. Its
unique skill-building process improves technological know-how while
delivering solutions to persistent problems. The first four steps
of this rigorous 8-step program help teams isolate and understand
the root causes of defects and failures within main equipment
mechanisms and peripheral systems. The final four steps provide a
systematic approach for effectively controlling those causes. A
critical concept in P-M Analysis is physical analysis -- a way of
thinking about how defects and failures are generated that forces
us to look at the physical principles involved and to quantify the
changes in the relationship between the equipment mechanisms and
product parts involved. When a proper physical analysis is carried
out, teams are far less likely to overlook important factors or to
waste time pursuing unrelated ones. Although not a cure-all, P-M
Analysis has reduced chronic losses to zero and raised
technological expertise in many manufacturing environments. This
illustrated implementation manual provides a thorough step-by-step
procedure for implementing P-M Analysis, along with practice
exercises and graded examples. It is an u
In this large-format implementation manual, TPM experts explain P-M
Analysis. (A methodology that makes zero losses a reality in your
TPM program.) P-M Analysis is designed to help your TPM teams
analyze and eliminate chronic problems that have been neglected or
unresolved in the past. Chronic quality defects and other chronic
losses are hard to eradicate, because they typically have multiple,
interrelated causes that vary with every occurrence. Common
improvement strategies, like cause-and-effect analysis, are usually
ineffective in dealing with such complex problems. P-M Analysis was
specially developed to overcome the weaknesses of traditional
methods. It offers a rigorous 8-step method for ensuring that all
possible factors are identified and investigated. Through P-M
Analysis, teams really get in touch with their equipment. Its
unique skill-building process improves technological know-how while
delivering solutions to persistent problems. The first four steps
of this rigorous 8-step program help teams isolate and understand
the root causes of defects and failures within main equipment
mechanisms and peripheral systems. The final four steps provide a
systematic approach for effectively controlling those causes. A
critical concept in P-M Analysis is physical analysis -- a way of
thinking about how defects and failures are generated that forces
us to look at the physical principles involved and to quantify the
changes in the relationship between the equipment mechanisms and
product parts involved. When a proper physical analysis is carried
out, teams are far less likely to overlook important factors or to
waste time pursuing unrelated ones. Although not a cure-all, P-M
Analysis has reduced chronic losses to zero and raised
technological expertise in many manufacturing environments. This
illustrated implementation manual provides a thorough step-by-step
procedure for implementing P-M Analysis, along with practice
exercises and graded examples. It is an unparalleled resource for
anyone with a basic knowledge of TPM who is ready to fine-tune
their loss-reduction activities. Here, finally, is a root-cause
analysis method that will help teams achieve the ultimate goal of
zero losses.
This symposium continues a long tradition for IUGGjIUTAM symposia
going back to "Fundamental Problems in Thrbulence and their
Relation to Geophysics" Marseille, 1961. The five topics that were
emphasized were: turbulence modeling, statistics of small scales
and coherent structures, con vective turbulence, stratified
turbulence, and historical developments. The objective was to
consider the ubiquitous nature of turbulence in a variety of
geophysical problems and related flows. Some history of the
contribu tions of NCAR and its alumni were discussed, including
those of Jackson R Herring, who has been a central figure at NCAR
since 1972. To the original topics we added rotation, which
appeared in many places. This includes rotating stratified
turbulence, rotating convective turbulence, horizontal rotation
that appears in flows over terrain and the role of small scale
vorticity in many flows. These complicated flows have recently
begun to be simulated by several groups from around the world and
this meeting provided them with an excellent forum for exchanging
results, plus inter actions with those doing more fundamental work
on rotating stratified and convective flows. New work on double
diffusive convection was given in two presentations. The history of
Large Eddy Simulations was presented and several new approaches to
this field were given. This meeting also spawned some interesting
interactions between observational side and how to inter pret the
observations with modeling and simulations around the theme of
particle dispersion in these flows.
This symposium continues a long tradition for IUGGjIUTAM symposia
going back to "Fundamental Problems in Thrbulence and their
Relation to Geophysics" Marseille, 1961. The five topics that were
emphasized were: turbulence modeling, statistics of small scales
and coherent structures, con vective turbulence, stratified
turbulence, and historical developments. The objective was to
consider the ubiquitous nature of turbulence in a variety of
geophysical problems and related flows. Some history of the
contribu tions of NCAR and its alumni were discussed, including
those of Jackson R Herring, who has been a central figure at NCAR
since 1972. To the original topics we added rotation, which
appeared in many places. This includes rotating stratified
turbulence, rotating convective turbulence, horizontal rotation
that appears in flows over terrain and the role of small scale
vorticity in many flows. These complicated flows have recently
begun to be simulated by several groups from around the world and
this meeting provided them with an excellent forum for exchanging
results, plus inter actions with those doing more fundamental work
on rotating stratified and convective flows. New work on double
diffusive convection was given in two presentations. The history of
Large Eddy Simulations was presented and several new approaches to
this field were given. This meeting also spawned some interesting
interactions between observational side and how to inter pret the
observations with modeling and simulations around the theme of
particle dispersion in these flows."
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