MOST Work Measurement Systems:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Elektronisch E-Book |
| Sprache: | English |
| Veröffentlicht: |
Milton
Taylor & Francis Group
2020
|
| Ausgabe: | 4th ed |
| Online-Zugang: | HWR01 |
| Beschreibung: | Description based on publisher supplied metadata and other sources |
| Beschreibung: | 1 online resource (355 pages) |
| ISBN: | 9781000216462 |
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| 264 | 4 | |c ©2021 | |
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| 505 | 8 | |a Cover -- Half Title -- Title Page -- Copyright Page -- Dedication -- Table of Contents -- Foreword -- In Memory -- Acknowledgments -- Author -- Editor -- Chapter 1 The Concept of MOST-An Introduction -- Work Measurement -- Definition of Terms-MOST Analysis -- Definition of Terms-Standard Time -- The Concept of the MOST Work Measurement Technique -- The BasicMOST Sequence Models -- Time Units -- Parameter Indexing -- Application Speed -- Accuracy -- Method Sensitivity -- Structured Method Descriptions -- Analyzing Technology with MOST -- Integration of MOST Standards -- Chapter 2 The MOST Systems Family -- Levels of Work Measurement -- Compatibility of MOST Systems -- Application of MOST to Develop Engineered Standards -- MOST System Selection -- BasicMOST -- MiniMOST -- MaxiMOST -- Decision Diagram -- System Selection Charts -- Application of a MOST Work Measurement System -- Identifying the Best Method -- Practical Analysis Procedures -- Analyst Consistency -- General Application Rules for All MOST Systems -- Chapter 3 The BasicMOST System -- The General Move Sequence Model -- The Sequence Model -- Phases of the General Move Sequence Model -- Parameter Definitions -- Parameter Indexing -- Action Distance (A) -- Body Motion (B) -- Gain Control (G) -- Placement (P) -- Parameter Frequencies -- Writing Method Descriptions -- General Move Examples -- The Controlled Move Sequence Model -- The Sequence Model -- Phases of the Controlled Move Sequence Model -- Parameter Definitions -- Parameter Indexing -- Move Controlled (M) -- Summary of Foot Motions -- Process Time (X) -- Alignment (I) -- Writing Method Descriptions -- Controlled Move Examples -- The Tool Use Sequence Model -- The Sequence Model -- Phases of the Tool Use Sequence Model -- Parameter Definitions -- Parameter Indexing -- Fasten or Loosen (F or L) -- Tool Placement | |
| 505 | 8 | |a Writing Method Descriptions -- Tool Use Examples for Fasten or Loosen -- Tool Use Frequencies -- Tool Use Frequency Examples -- Multiple Tool Actions -- Cut, Surface Treat, Measure, Record and Think -- Cut (C) -- Tool Use Examples for Cut -- Surface Treat (S) -- Tool Use Examples for Surface Treat -- Measure (M) -- Tool Use Examples for Measure -- Special Measuring Tools -- Record (R) -- Tool Use Examples for Record -- Think (T) -- Tool Use Examples for Think -- The Equipment Use Sequence Model -- The Sequence Model -- Phases of the Equipment Use Sequence Model -- Parameter Definitions -- Parameter Indexing -- Keyboard (W) -- Keypad (K) -- Writing Method Descriptions -- Equipment Use Examples for Keyboard and Keypad -- Letter/Paper Handling (H) -- Letter/Paper Handling Examples -- The Manual Crane Sequence Model -- The Sequence Model -- Parameter Definitions -- Parameter Indexing -- Manual Crane Data Card Backup Information -- Writing Method Descriptions -- Manual Crane Examples -- Development of Elements for Special Tools or Situations -- Application of the BasicMOST Work Measurement System -- The BasicMOST Analysis -- Method Levels and Simultaneous Motions -- Method Level and Simultaneous Motion Examples -- BasicMOST Analysis Documentation -- Summary of the BasicMOST Analysis -- Validation of Process Times -- BasicMOST Summary -- Chapter 4 The MiniMOST System -- The General Move Sequence Model -- The Sequence Model -- Phases of the General Move Sequence Model -- Parameter Definitions -- Parameter Indexing -- Limiting or Limited -- Action Distance (A) -- Body Motion (B) -- Gain Control (G) -- Consideration of Effective Net Weight -- Placement (P) -- Precise Placement -- Adjustments to the Values for Precise Placement -- Is a Precise Placement Value Required? -- Parameter Frequencies -- Writing Method Descriptions -- General Move Examples | |
| 505 | 8 | |a The Controlled Move Sequence Model -- The Sequence Model -- Phases of the Sequence Model -- Parameter Definitions -- Parameter Indexing -- Move Controlled (M) -- Effective Net Weight in the Controlled Move Sequence Model -- Process Time (X) -- Alignment (I) -- Writing Method Descriptions -- Controlled Move Examples -- Application of the MiniMOST Work Measurement System -- The MiniMOST Analysis -- MiniMOST Analysis Documentation -- Motion Combinations -- Simultaneous Motion Guide -- Control Level and Method Level -- Summary of the MiniMOST Analysis -- Analysis of Activities Involving Tools -- Development of Special Tool Elements -- MiniMOST Summary -- Chapter 5 The MaxiMOST System -- The Sequence Models -- Parameter Indexing -- Parameter Definitions -- Action Distance (A) -- Body Motion (B) -- The Part Handling Sequence Model -- The Sequence Model -- Parameter Definitions -- Parameter Indexing -- Part Handling-General Move (P) -- Part Handling-Controlled Move (P) -- Parameter Frequencies -- Writing Method Descriptions -- Part Handling Examples -- The Tool Use Sequence Model -- The Sequence Model -- Parameter Definitions -- Parameter Indexing -- Assemble or Disassemble Standard Fasteners (T) -- Tighten or Loosen Standard Fasteners (T) -- Assemble or Disassemble Long Fasteners (T) -- Tighten or Loosen Long Fasteners (T) -- Writing Method Descriptions -- Tool Use Examples-Fasteners -- General Tools I (T) -- Tool Use-General Tools I Examples -- General Tools II (T) -- Tool Use-General Tools II Examples -- Measuring Tools (T) -- Tool Use-Measuring Tools Examples -- The Machine Handling Sequence Model -- The Sequence Model -- Parameter Definitions -- Parameter Indexing -- Operate Machine Controls (M) -- Secure or Release Parts (M) -- Writing Method Descriptions -- Machine Handling Examples -- The Powered Crane Sequence Model -- The Sequence Model | |
| 505 | 8 | |a Parameter Definitions -- Powered Crane Data Card Backup Information -- Parameter Indexing -- Writing Method Descriptions -- Powered Crane Example -- The Powered Truck Sequence Model -- The Sequence Model -- Powered Truck Data Card Backup Information -- Parameter Definitions -- Parameter Indexing -- Writing Method Descriptions -- Powered Truck Examples -- Developing New Elements -- Application of the MaxiMOST Work Measurement System -- The MaxiMOST Analysis -- MaxiMOST Analysis Documentation -- Workplace Layout -- Multiple Operator Activities -- Summary of the MaxiMOST Analysis -- Validation of Process Times -- MaxiMOST Summary -- Chapter 6 Using MOST Standards to Manage Performance -- Accenture Workforce Performance Model -- Accenture Managing Performance Cycle -- Use Standards to Establish and Communicate Expectations -- Build in the Conditions for Success -- Use Feedback to Make Reality Visible -- Respond to Challenges and Opportunities -- Using MOST-Developed Standards to Improve Productivity -- Appendix A: Theory -- Index -- Subject Categories -- Subject Index | |
| 700 | 1 | |a Schmidt, Therese M. |e Sonstige |4 oth | |
| 776 | 0 | 8 | |i Erscheint auch als |n Druck-Ausgabe |a Zandin, Kjell B. |t MOST Work Measurement Systems |d Milton : Taylor & Francis Group,c2020 |z 9780367345310 |
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Datensatz im Suchindex
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| author | Zandin, Kjell B. |
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| author_sort | Zandin, Kjell B. |
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| contents | Cover -- Half Title -- Title Page -- Copyright Page -- Dedication -- Table of Contents -- Foreword -- In Memory -- Acknowledgments -- Author -- Editor -- Chapter 1 The Concept of MOST-An Introduction -- Work Measurement -- Definition of Terms-MOST Analysis -- Definition of Terms-Standard Time -- The Concept of the MOST Work Measurement Technique -- The BasicMOST Sequence Models -- Time Units -- Parameter Indexing -- Application Speed -- Accuracy -- Method Sensitivity -- Structured Method Descriptions -- Analyzing Technology with MOST -- Integration of MOST Standards -- Chapter 2 The MOST Systems Family -- Levels of Work Measurement -- Compatibility of MOST Systems -- Application of MOST to Develop Engineered Standards -- MOST System Selection -- BasicMOST -- MiniMOST -- MaxiMOST -- Decision Diagram -- System Selection Charts -- Application of a MOST Work Measurement System -- Identifying the Best Method -- Practical Analysis Procedures -- Analyst Consistency -- General Application Rules for All MOST Systems -- Chapter 3 The BasicMOST System -- The General Move Sequence Model -- The Sequence Model -- Phases of the General Move Sequence Model -- Parameter Definitions -- Parameter Indexing -- Action Distance (A) -- Body Motion (B) -- Gain Control (G) -- Placement (P) -- Parameter Frequencies -- Writing Method Descriptions -- General Move Examples -- The Controlled Move Sequence Model -- The Sequence Model -- Phases of the Controlled Move Sequence Model -- Parameter Definitions -- Parameter Indexing -- Move Controlled (M) -- Summary of Foot Motions -- Process Time (X) -- Alignment (I) -- Writing Method Descriptions -- Controlled Move Examples -- The Tool Use Sequence Model -- The Sequence Model -- Phases of the Tool Use Sequence Model -- Parameter Definitions -- Parameter Indexing -- Fasten or Loosen (F or L) -- Tool Placement Writing Method Descriptions -- Tool Use Examples for Fasten or Loosen -- Tool Use Frequencies -- Tool Use Frequency Examples -- Multiple Tool Actions -- Cut, Surface Treat, Measure, Record and Think -- Cut (C) -- Tool Use Examples for Cut -- Surface Treat (S) -- Tool Use Examples for Surface Treat -- Measure (M) -- Tool Use Examples for Measure -- Special Measuring Tools -- Record (R) -- Tool Use Examples for Record -- Think (T) -- Tool Use Examples for Think -- The Equipment Use Sequence Model -- The Sequence Model -- Phases of the Equipment Use Sequence Model -- Parameter Definitions -- Parameter Indexing -- Keyboard (W) -- Keypad (K) -- Writing Method Descriptions -- Equipment Use Examples for Keyboard and Keypad -- Letter/Paper Handling (H) -- Letter/Paper Handling Examples -- The Manual Crane Sequence Model -- The Sequence Model -- Parameter Definitions -- Parameter Indexing -- Manual Crane Data Card Backup Information -- Writing Method Descriptions -- Manual Crane Examples -- Development of Elements for Special Tools or Situations -- Application of the BasicMOST Work Measurement System -- The BasicMOST Analysis -- Method Levels and Simultaneous Motions -- Method Level and Simultaneous Motion Examples -- BasicMOST Analysis Documentation -- Summary of the BasicMOST Analysis -- Validation of Process Times -- BasicMOST Summary -- Chapter 4 The MiniMOST System -- The General Move Sequence Model -- The Sequence Model -- Phases of the General Move Sequence Model -- Parameter Definitions -- Parameter Indexing -- Limiting or Limited -- Action Distance (A) -- Body Motion (B) -- Gain Control (G) -- Consideration of Effective Net Weight -- Placement (P) -- Precise Placement -- Adjustments to the Values for Precise Placement -- Is a Precise Placement Value Required? -- Parameter Frequencies -- Writing Method Descriptions -- General Move Examples The Controlled Move Sequence Model -- The Sequence Model -- Phases of the Sequence Model -- Parameter Definitions -- Parameter Indexing -- Move Controlled (M) -- Effective Net Weight in the Controlled Move Sequence Model -- Process Time (X) -- Alignment (I) -- Writing Method Descriptions -- Controlled Move Examples -- Application of the MiniMOST Work Measurement System -- The MiniMOST Analysis -- MiniMOST Analysis Documentation -- Motion Combinations -- Simultaneous Motion Guide -- Control Level and Method Level -- Summary of the MiniMOST Analysis -- Analysis of Activities Involving Tools -- Development of Special Tool Elements -- MiniMOST Summary -- Chapter 5 The MaxiMOST System -- The Sequence Models -- Parameter Indexing -- Parameter Definitions -- Action Distance (A) -- Body Motion (B) -- The Part Handling Sequence Model -- The Sequence Model -- Parameter Definitions -- Parameter Indexing -- Part Handling-General Move (P) -- Part Handling-Controlled Move (P) -- Parameter Frequencies -- Writing Method Descriptions -- Part Handling Examples -- The Tool Use Sequence Model -- The Sequence Model -- Parameter Definitions -- Parameter Indexing -- Assemble or Disassemble Standard Fasteners (T) -- Tighten or Loosen Standard Fasteners (T) -- Assemble or Disassemble Long Fasteners (T) -- Tighten or Loosen Long Fasteners (T) -- Writing Method Descriptions -- Tool Use Examples-Fasteners -- General Tools I (T) -- Tool Use-General Tools I Examples -- General Tools II (T) -- Tool Use-General Tools II Examples -- Measuring Tools (T) -- Tool Use-Measuring Tools Examples -- The Machine Handling Sequence Model -- The Sequence Model -- Parameter Definitions -- Parameter Indexing -- Operate Machine Controls (M) -- Secure or Release Parts (M) -- Writing Method Descriptions -- Machine Handling Examples -- The Powered Crane Sequence Model -- The Sequence Model Parameter Definitions -- Powered Crane Data Card Backup Information -- Parameter Indexing -- Writing Method Descriptions -- Powered Crane Example -- The Powered Truck Sequence Model -- The Sequence Model -- Powered Truck Data Card Backup Information -- Parameter Definitions -- Parameter Indexing -- Writing Method Descriptions -- Powered Truck Examples -- Developing New Elements -- Application of the MaxiMOST Work Measurement System -- The MaxiMOST Analysis -- MaxiMOST Analysis Documentation -- Workplace Layout -- Multiple Operator Activities -- Summary of the MaxiMOST Analysis -- Validation of Process Times -- MaxiMOST Summary -- Chapter 6 Using MOST Standards to Manage Performance -- Accenture Workforce Performance Model -- Accenture Managing Performance Cycle -- Use Standards to Establish and Communicate Expectations -- Build in the Conditions for Success -- Use Feedback to Make Reality Visible -- Respond to Challenges and Opportunities -- Using MOST-Developed Standards to Improve Productivity -- Appendix A: Theory -- Index -- Subject Categories -- Subject Index |
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| edition | 4th ed |
| format | Electronic eBook |
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| id | DE-604.BV047688327 |
| illustrated | Not Illustrated |
| index_date | 2024-07-03T18:57:01Z |
| indexdate | 2024-07-10T09:19:15Z |
| institution | BVB |
| isbn | 9781000216462 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-033072343 |
| open_access_boolean | |
| owner | DE-2070s |
| owner_facet | DE-2070s |
| physical | 1 online resource (355 pages) |
| psigel | ZDB-30-PQE ZDB-30-PQE HWR_PDA_PQE |
| publishDate | 2020 |
| publishDateSearch | 2020 |
| publishDateSort | 2020 |
| publisher | Taylor & Francis Group |
| record_format | marc |
| spelling | Zandin, Kjell B. Verfasser aut MOST Work Measurement Systems 4th ed Milton Taylor & Francis Group 2020 ©2021 1 online resource (355 pages) txt rdacontent c rdamedia cr rdacarrier Description based on publisher supplied metadata and other sources Cover -- Half Title -- Title Page -- Copyright Page -- Dedication -- Table of Contents -- Foreword -- In Memory -- Acknowledgments -- Author -- Editor -- Chapter 1 The Concept of MOST-An Introduction -- Work Measurement -- Definition of Terms-MOST Analysis -- Definition of Terms-Standard Time -- The Concept of the MOST Work Measurement Technique -- The BasicMOST Sequence Models -- Time Units -- Parameter Indexing -- Application Speed -- Accuracy -- Method Sensitivity -- Structured Method Descriptions -- Analyzing Technology with MOST -- Integration of MOST Standards -- Chapter 2 The MOST Systems Family -- Levels of Work Measurement -- Compatibility of MOST Systems -- Application of MOST to Develop Engineered Standards -- MOST System Selection -- BasicMOST -- MiniMOST -- MaxiMOST -- Decision Diagram -- System Selection Charts -- Application of a MOST Work Measurement System -- Identifying the Best Method -- Practical Analysis Procedures -- Analyst Consistency -- General Application Rules for All MOST Systems -- Chapter 3 The BasicMOST System -- The General Move Sequence Model -- The Sequence Model -- Phases of the General Move Sequence Model -- Parameter Definitions -- Parameter Indexing -- Action Distance (A) -- Body Motion (B) -- Gain Control (G) -- Placement (P) -- Parameter Frequencies -- Writing Method Descriptions -- General Move Examples -- The Controlled Move Sequence Model -- The Sequence Model -- Phases of the Controlled Move Sequence Model -- Parameter Definitions -- Parameter Indexing -- Move Controlled (M) -- Summary of Foot Motions -- Process Time (X) -- Alignment (I) -- Writing Method Descriptions -- Controlled Move Examples -- The Tool Use Sequence Model -- The Sequence Model -- Phases of the Tool Use Sequence Model -- Parameter Definitions -- Parameter Indexing -- Fasten or Loosen (F or L) -- Tool Placement Writing Method Descriptions -- Tool Use Examples for Fasten or Loosen -- Tool Use Frequencies -- Tool Use Frequency Examples -- Multiple Tool Actions -- Cut, Surface Treat, Measure, Record and Think -- Cut (C) -- Tool Use Examples for Cut -- Surface Treat (S) -- Tool Use Examples for Surface Treat -- Measure (M) -- Tool Use Examples for Measure -- Special Measuring Tools -- Record (R) -- Tool Use Examples for Record -- Think (T) -- Tool Use Examples for Think -- The Equipment Use Sequence Model -- The Sequence Model -- Phases of the Equipment Use Sequence Model -- Parameter Definitions -- Parameter Indexing -- Keyboard (W) -- Keypad (K) -- Writing Method Descriptions -- Equipment Use Examples for Keyboard and Keypad -- Letter/Paper Handling (H) -- Letter/Paper Handling Examples -- The Manual Crane Sequence Model -- The Sequence Model -- Parameter Definitions -- Parameter Indexing -- Manual Crane Data Card Backup Information -- Writing Method Descriptions -- Manual Crane Examples -- Development of Elements for Special Tools or Situations -- Application of the BasicMOST Work Measurement System -- The BasicMOST Analysis -- Method Levels and Simultaneous Motions -- Method Level and Simultaneous Motion Examples -- BasicMOST Analysis Documentation -- Summary of the BasicMOST Analysis -- Validation of Process Times -- BasicMOST Summary -- Chapter 4 The MiniMOST System -- The General Move Sequence Model -- The Sequence Model -- Phases of the General Move Sequence Model -- Parameter Definitions -- Parameter Indexing -- Limiting or Limited -- Action Distance (A) -- Body Motion (B) -- Gain Control (G) -- Consideration of Effective Net Weight -- Placement (P) -- Precise Placement -- Adjustments to the Values for Precise Placement -- Is a Precise Placement Value Required? -- Parameter Frequencies -- Writing Method Descriptions -- General Move Examples The Controlled Move Sequence Model -- The Sequence Model -- Phases of the Sequence Model -- Parameter Definitions -- Parameter Indexing -- Move Controlled (M) -- Effective Net Weight in the Controlled Move Sequence Model -- Process Time (X) -- Alignment (I) -- Writing Method Descriptions -- Controlled Move Examples -- Application of the MiniMOST Work Measurement System -- The MiniMOST Analysis -- MiniMOST Analysis Documentation -- Motion Combinations -- Simultaneous Motion Guide -- Control Level and Method Level -- Summary of the MiniMOST Analysis -- Analysis of Activities Involving Tools -- Development of Special Tool Elements -- MiniMOST Summary -- Chapter 5 The MaxiMOST System -- The Sequence Models -- Parameter Indexing -- Parameter Definitions -- Action Distance (A) -- Body Motion (B) -- The Part Handling Sequence Model -- The Sequence Model -- Parameter Definitions -- Parameter Indexing -- Part Handling-General Move (P) -- Part Handling-Controlled Move (P) -- Parameter Frequencies -- Writing Method Descriptions -- Part Handling Examples -- The Tool Use Sequence Model -- The Sequence Model -- Parameter Definitions -- Parameter Indexing -- Assemble or Disassemble Standard Fasteners (T) -- Tighten or Loosen Standard Fasteners (T) -- Assemble or Disassemble Long Fasteners (T) -- Tighten or Loosen Long Fasteners (T) -- Writing Method Descriptions -- Tool Use Examples-Fasteners -- General Tools I (T) -- Tool Use-General Tools I Examples -- General Tools II (T) -- Tool Use-General Tools II Examples -- Measuring Tools (T) -- Tool Use-Measuring Tools Examples -- The Machine Handling Sequence Model -- The Sequence Model -- Parameter Definitions -- Parameter Indexing -- Operate Machine Controls (M) -- Secure or Release Parts (M) -- Writing Method Descriptions -- Machine Handling Examples -- The Powered Crane Sequence Model -- The Sequence Model Parameter Definitions -- Powered Crane Data Card Backup Information -- Parameter Indexing -- Writing Method Descriptions -- Powered Crane Example -- The Powered Truck Sequence Model -- The Sequence Model -- Powered Truck Data Card Backup Information -- Parameter Definitions -- Parameter Indexing -- Writing Method Descriptions -- Powered Truck Examples -- Developing New Elements -- Application of the MaxiMOST Work Measurement System -- The MaxiMOST Analysis -- MaxiMOST Analysis Documentation -- Workplace Layout -- Multiple Operator Activities -- Summary of the MaxiMOST Analysis -- Validation of Process Times -- MaxiMOST Summary -- Chapter 6 Using MOST Standards to Manage Performance -- Accenture Workforce Performance Model -- Accenture Managing Performance Cycle -- Use Standards to Establish and Communicate Expectations -- Build in the Conditions for Success -- Use Feedback to Make Reality Visible -- Respond to Challenges and Opportunities -- Using MOST-Developed Standards to Improve Productivity -- Appendix A: Theory -- Index -- Subject Categories -- Subject Index Schmidt, Therese M. Sonstige oth Erscheint auch als Druck-Ausgabe Zandin, Kjell B. MOST Work Measurement Systems Milton : Taylor & Francis Group,c2020 9780367345310 |
| spellingShingle | Zandin, Kjell B. MOST Work Measurement Systems Cover -- Half Title -- Title Page -- Copyright Page -- Dedication -- Table of Contents -- Foreword -- In Memory -- Acknowledgments -- Author -- Editor -- Chapter 1 The Concept of MOST-An Introduction -- Work Measurement -- Definition of Terms-MOST Analysis -- Definition of Terms-Standard Time -- The Concept of the MOST Work Measurement Technique -- The BasicMOST Sequence Models -- Time Units -- Parameter Indexing -- Application Speed -- Accuracy -- Method Sensitivity -- Structured Method Descriptions -- Analyzing Technology with MOST -- Integration of MOST Standards -- Chapter 2 The MOST Systems Family -- Levels of Work Measurement -- Compatibility of MOST Systems -- Application of MOST to Develop Engineered Standards -- MOST System Selection -- BasicMOST -- MiniMOST -- MaxiMOST -- Decision Diagram -- System Selection Charts -- Application of a MOST Work Measurement System -- Identifying the Best Method -- Practical Analysis Procedures -- Analyst Consistency -- General Application Rules for All MOST Systems -- Chapter 3 The BasicMOST System -- The General Move Sequence Model -- The Sequence Model -- Phases of the General Move Sequence Model -- Parameter Definitions -- Parameter Indexing -- Action Distance (A) -- Body Motion (B) -- Gain Control (G) -- Placement (P) -- Parameter Frequencies -- Writing Method Descriptions -- General Move Examples -- The Controlled Move Sequence Model -- The Sequence Model -- Phases of the Controlled Move Sequence Model -- Parameter Definitions -- Parameter Indexing -- Move Controlled (M) -- Summary of Foot Motions -- Process Time (X) -- Alignment (I) -- Writing Method Descriptions -- Controlled Move Examples -- The Tool Use Sequence Model -- The Sequence Model -- Phases of the Tool Use Sequence Model -- Parameter Definitions -- Parameter Indexing -- Fasten or Loosen (F or L) -- Tool Placement Writing Method Descriptions -- Tool Use Examples for Fasten or Loosen -- Tool Use Frequencies -- Tool Use Frequency Examples -- Multiple Tool Actions -- Cut, Surface Treat, Measure, Record and Think -- Cut (C) -- Tool Use Examples for Cut -- Surface Treat (S) -- Tool Use Examples for Surface Treat -- Measure (M) -- Tool Use Examples for Measure -- Special Measuring Tools -- Record (R) -- Tool Use Examples for Record -- Think (T) -- Tool Use Examples for Think -- The Equipment Use Sequence Model -- The Sequence Model -- Phases of the Equipment Use Sequence Model -- Parameter Definitions -- Parameter Indexing -- Keyboard (W) -- Keypad (K) -- Writing Method Descriptions -- Equipment Use Examples for Keyboard and Keypad -- Letter/Paper Handling (H) -- Letter/Paper Handling Examples -- The Manual Crane Sequence Model -- The Sequence Model -- Parameter Definitions -- Parameter Indexing -- Manual Crane Data Card Backup Information -- Writing Method Descriptions -- Manual Crane Examples -- Development of Elements for Special Tools or Situations -- Application of the BasicMOST Work Measurement System -- The BasicMOST Analysis -- Method Levels and Simultaneous Motions -- Method Level and Simultaneous Motion Examples -- BasicMOST Analysis Documentation -- Summary of the BasicMOST Analysis -- Validation of Process Times -- BasicMOST Summary -- Chapter 4 The MiniMOST System -- The General Move Sequence Model -- The Sequence Model -- Phases of the General Move Sequence Model -- Parameter Definitions -- Parameter Indexing -- Limiting or Limited -- Action Distance (A) -- Body Motion (B) -- Gain Control (G) -- Consideration of Effective Net Weight -- Placement (P) -- Precise Placement -- Adjustments to the Values for Precise Placement -- Is a Precise Placement Value Required? -- Parameter Frequencies -- Writing Method Descriptions -- General Move Examples The Controlled Move Sequence Model -- The Sequence Model -- Phases of the Sequence Model -- Parameter Definitions -- Parameter Indexing -- Move Controlled (M) -- Effective Net Weight in the Controlled Move Sequence Model -- Process Time (X) -- Alignment (I) -- Writing Method Descriptions -- Controlled Move Examples -- Application of the MiniMOST Work Measurement System -- The MiniMOST Analysis -- MiniMOST Analysis Documentation -- Motion Combinations -- Simultaneous Motion Guide -- Control Level and Method Level -- Summary of the MiniMOST Analysis -- Analysis of Activities Involving Tools -- Development of Special Tool Elements -- MiniMOST Summary -- Chapter 5 The MaxiMOST System -- The Sequence Models -- Parameter Indexing -- Parameter Definitions -- Action Distance (A) -- Body Motion (B) -- The Part Handling Sequence Model -- The Sequence Model -- Parameter Definitions -- Parameter Indexing -- Part Handling-General Move (P) -- Part Handling-Controlled Move (P) -- Parameter Frequencies -- Writing Method Descriptions -- Part Handling Examples -- The Tool Use Sequence Model -- The Sequence Model -- Parameter Definitions -- Parameter Indexing -- Assemble or Disassemble Standard Fasteners (T) -- Tighten or Loosen Standard Fasteners (T) -- Assemble or Disassemble Long Fasteners (T) -- Tighten or Loosen Long Fasteners (T) -- Writing Method Descriptions -- Tool Use Examples-Fasteners -- General Tools I (T) -- Tool Use-General Tools I Examples -- General Tools II (T) -- Tool Use-General Tools II Examples -- Measuring Tools (T) -- Tool Use-Measuring Tools Examples -- The Machine Handling Sequence Model -- The Sequence Model -- Parameter Definitions -- Parameter Indexing -- Operate Machine Controls (M) -- Secure or Release Parts (M) -- Writing Method Descriptions -- Machine Handling Examples -- The Powered Crane Sequence Model -- The Sequence Model Parameter Definitions -- Powered Crane Data Card Backup Information -- Parameter Indexing -- Writing Method Descriptions -- Powered Crane Example -- The Powered Truck Sequence Model -- The Sequence Model -- Powered Truck Data Card Backup Information -- Parameter Definitions -- Parameter Indexing -- Writing Method Descriptions -- Powered Truck Examples -- Developing New Elements -- Application of the MaxiMOST Work Measurement System -- The MaxiMOST Analysis -- MaxiMOST Analysis Documentation -- Workplace Layout -- Multiple Operator Activities -- Summary of the MaxiMOST Analysis -- Validation of Process Times -- MaxiMOST Summary -- Chapter 6 Using MOST Standards to Manage Performance -- Accenture Workforce Performance Model -- Accenture Managing Performance Cycle -- Use Standards to Establish and Communicate Expectations -- Build in the Conditions for Success -- Use Feedback to Make Reality Visible -- Respond to Challenges and Opportunities -- Using MOST-Developed Standards to Improve Productivity -- Appendix A: Theory -- Index -- Subject Categories -- Subject Index |
| title | MOST Work Measurement Systems |
| title_auth | MOST Work Measurement Systems |
| title_exact_search | MOST Work Measurement Systems |
| title_exact_search_txtP | MOST Work Measurement Systems |
| title_full | MOST Work Measurement Systems |
| title_fullStr | MOST Work Measurement Systems |
| title_full_unstemmed | MOST Work Measurement Systems |
| title_short | MOST Work Measurement Systems |
| title_sort | most work measurement systems |
| work_keys_str_mv | AT zandinkjellb mostworkmeasurementsystems AT schmidttheresem mostworkmeasurementsystems |