Mind Map Gallery Process in developing a Stirling Engine for small Power Generation

Process in developing a Stirling Engine for small Power Generation

This is a mind map introduced the process in developing a Stirling Engine for small Power Generation. Power Generation is the process of producing electric energy or the amount of electric energy produced by transforming other forms of energy into electrical energy; commonly expressed in kilowatt-hours (kWh) or megawatt-hours.

Edited at 2021-12-14 09:32:28

Cyna Marie Palec

Process in developing a Stirling Engine for small Power Generation

Cyna Marie Palec

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Outline

Process in developing a Stirling Engine for small Power Generation

Introduction

Mindset (Fixed Mindset, Growth Mindset )

( Understand the issue, Devolop measures, Research for past designs , Generate alternatives ,Evaluate alternatives ,Decide what to do next )

Understanding the design

Measures of Design Success (Cost ,Quality ,Time to market)

Identify the type of Design Problems and study the research design

Understand the Big 5 Personality Factors

The Design Process

Project Definition

Discover design project look for their weaknesses and strengths

Choose Design Projects

Plan Design Projects (Types of Project Plans, Planning for Deliverables (The Development of Information) ,Building a Plan)

Project Management

Product Definition

Identify Customers.

Generate customers’ requirements.

Evaluate competition.

Generate engineering specification.

Set targets.

Concept Generation

Understanding the function of existing devices.

A technique for designing with function.

Basic methods of generating concepts.

Patents as a source of ideas.

Using contradictions to generate ideas.

Conceptual Design

Generate concepts

Evaluate concepts

Choose concepts

Concept Generation con't

Generate ideas.

Decompose the function.

Develop concepts for each function.

Combine concepts.

Product design structure matrix (DSM).

Itemize the functions.

Build function DSM.

Develop dependencies.

Reorder the DSM.

Concept Evaluation and Selection

Create prototypes and generate data on performance

Make a document on the designs and evaluate. Design evaluation cycles (Design Build Test)

Product Generation

Bill Of Materials (BOM)

DECIDING WHO IS GOING TO MAKE IT

Basic elements of product design

Product Evaluation

Monitoring functional change

Goals of performance evaluation

Trade-off management

Accuracy, variation, and noise

Factor of safety as a design variable

Modeling for performance evaluation

Tolerance analysis

Robust design

Design for Cost (DFC)

Design for manufacture (DFM)

Design for assembly (DFA)

Design for reliability (DFR)

Design for test and maintenance

Design for sustainability

Produce