WSM QUIZ 3

42問 • 1年前

問題一覧

METHODS ANALYSTS USE ___________ TO STUDY ALL PRODUCTIVE AND NON-PRODUCUTIVE ELEMENTS OF AN OPERATION, TO INCREASE PRODUCTIVITY PER UNIT OF TIME.

Operation analysis

IT IS JUST AS EFFECTIVE IN PLANNING NEW WORK CENTERS AS IT IS IMPROVING THOSE ALREADY IN OPERATION.

Operation analysis

IT IS THE THIRD METHOD STEP THE ONE IN WHICH ANALYSIS TAKES PLACE AND THE CARIOUS COMPONENTS OF THE PROPOSED METHOD CRYSTALLIZE.

Operation analysis

BY USING THE QUESTIONING APPROACH ON ALL FACETS OF THE WORKSTATION, DEPENDENT TOOLING, AND PRODUCT DESIGN, ANALYSTS CAN DEVELOP AN EFFICIENT WORK CENTER.

True

OPERATION ANALYSIS IMMEDIATELY FOLLOWS OBTAINING AND PRESENTING FACTS USING VARIETY OF FLOW PROCESS CHARTING TOOLS.

True

THE IMPROVEMENT OF EXISTING OPERATION IS A CONTINUING PROCESS IN INDUSTRY, AND THIS CHAPTER DEALS PRIMARILY WITH THAT PROCESS.

True

Charting tools aid in visually representing operations and inspections, prompting analysts to ask critical questions.

True

Operation purpose is crucial in operation analysis, aiming to simplify processes and enhance efficiency.

True

The cardinal rule for analysts is to eliminate or combine operations before attempting to improve them.

True

It's estimated that up to 25% of operations in American industry can be eliminated with proper study of design and processes.

True

By prioritizing simplification and efficiency, organizations can streamline operations and optimize resource utilization.

True

Methods engineers should not assume that once a design is accepted, no further improvements can be made.

True

Tolerance and specifications are crucial for ensuring product quality.

True

Cost-quality optimization involves combining engineering and statistical methods

True

Analysts should refer to handbook data on physical properties to determine which materials are best suited for processing.

True

Machinability inversely correlates with hardness, while hardness typically correlates with strength.

True

Reinforced composites, such as those made from carbon fibers and epoxy, are among the most versatile materials today

True

Welding is often the most economical method for repairing expensive cutting tools like broaches, special form tools, and milling cutters.

True

Implementing policies to promote resourcefulness and reuse of materials can lead to cost savings and efficiency improvements in manufacturing operations.

True

Just-in-time (JIT) techniques emphasize minimizing setup times by simplifying or eliminating them.

True

The SMED (Single Minute Exchange of Die) System from the Toyota Production System is a notable example of Just-in-Time technique

True

Plany layout objective is to develop a production system that enables manufacturing the desired products with desired quality at minimum cost.

True

Physical layout is crucial, integrating with operation cards, inventory control, material handling, scheduling, routing, and dispatching.

True

Integration of elements is vital for achieving objectives.

True

Product Layout (Straight-Line): Machinery arranged in sequence to maximize flow from one operation to the next. Common in mass production due to lower material handling costs.

Product layout straight-line

Grouping similar facilities together. Promotes neatness, orderliness, and facilitates training for new operators. Suitable for shops with diverse product ranges or frequent job changes.

Process layout functional

It is a matrix showing the material handling between two facilities over a specific time period.

Travel chart

Also known as from-to charts, aid in diagnosing layout-related problems.

Travel chart

Developed by Richard Muther in 1973

Muther's systematic layout planning

It is a systematic approach to plant layout.

Systematic layout planning

The goal of _____ is to Locate areas with high frequency and logical relationships close to each other.

Systematic layout planning

It establish and chart relationships between different areas based on flow information.

Chart relationship

Determine space needs in terms of square footage, considering production requirements and legal standards.

Space requirements

Visual representation of activities, prioritizing important relationships and avoiding undesirable ones.

Activity relationship diagram

Create a spatial representation, scaling areas in relative size and compressing into a floor plan

Space relationship layout

It provides a structured method for optimizing plant layouts, considering various factors to achieve an efficient and effective arrangement.

Systematic layout planning

Commercial software facilitates rapid and cost-effective development of realistic layouts.

True

Originally developed for mainframe computers, these programs have been adapted for personal computers, incorporating algorithms for optimizing layouts.

True

It is another program optimizing adjacency relationships, akin to a quantified version of Muther's approach

Spiral

Calculates distance matrix based on rectangular distances from department centroids.(Computerized Relative Allocation of Facilities Technique)

CRAFT

Requires input on department number, areas, relationships, and weights. It constructs layouts by placing "high-ranking" departments close together.

CORELAP

Constructs layouts by randomly selecting and placing departments based on closeness ratings from the relationship chart. It iterates to optimize layouts and can handle multi-floor layouts.

ALDEP

RIZAL QUIZ 1

Alyssa Laciste · 14問 · 1年前

RIZAL QUIZ 1