Designing Successful Products with Plastics
-10%
portes grátis
Designing Successful Products with Plastics
Fundamentals of Plastic Part Design
MacLean-Blevins, Mark T.
William Andrew Publishing
08/2017
324
Dura
Inglês
9780323445016
15 a 20 dias
500
Descrição não disponível.
Section I - Background Knowledge1. Introduction2. Material Selection - Which Plastic to Use?3. Process Selection - Which Plastics Process to use?4. Tooling - what tooling will be required?
Section II - Designing with Plastics5. Conceptual Design - how do we begin the design process?6. Preliminary Detailed Design7. Final Detailed Design
Section III - Implementation of the Design8. Gathering Production Estimates9. Project Review and Verification - Risk Management10. Production Implementation11. Production Qualification and Hand-Off
Section IV - Lessons12. Design with Plastics Practices - Creating Value through Good Design Practices
Section II - Designing with Plastics5. Conceptual Design - how do we begin the design process?6. Preliminary Detailed Design7. Final Detailed Design
Section III - Implementation of the Design8. Gathering Production Estimates9. Project Review and Verification - Risk Management10. Production Implementation11. Production Qualification and Hand-Off
Section IV - Lessons12. Design with Plastics Practices - Creating Value through Good Design Practices
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
accurate part documentation; aesthetic properties; appearance properties; assembly fit and tolerance analysis; blow mold; blow molding; concept validation; conceptual design; concurrent design; considerations in plastic part design; continuous process improvement; continuous product improvement; cooperative involvement of vendors; creating value with design; design FMEA; design management; design process; design review; design thinking; design visualization; design with plastics; detailed 2D part specification drawing; detailed 3D production part data file; detailed part design; detailed plastic part design; experienced practitioners; extrusion blow mold; first capital costs; first piece inspections; four pillars of design with plastics; four pillars of plastics design; functional review against specifications; functional specification; good design practices; hand-off to production; high-capacity tooling; ideation; in-process performance testing; injection mold; injection molding; material impact properties; material mechanical properties; material physical properties; material specification; material thermal properties; mold features for injection-molded part design; mold filling analysis validation; mold trials; multicavity plastics molds; multidisciplinary project verification; nonrecurring cost estimating; optimum plastics part design; overhead costs; per-unit costing; plastic part cost evaluation; plastic part design; plastic part design process; plastic part design rules; plastics material selection; plastics materials; plastics processes; plastics tooling; process annotation; process capabilities; process experiments; process production capacity; process secondary operations; process selection; process verification; product verification; production qualification; production ready documentation; production start-up; project cost estimating; project review; project validation; prototype tooling; purchasing capital tooling; quality assurance in design; quality audit in production; reaction injection molding; reducing design risks; review of mold designs; risk management; risk mitigation for development; risk mitigation through good design; short-run plastics tooling; stretch blow mold; thermoforming; thermoforming die; thermoplastics; thermosets; think first; tolerance analysis; tooling for plastics; tooling quality for part quality; total cost evaluation method; transition from design to production; understanding published specifications; user-focused design
Section I - Background Knowledge1. Introduction2. Material Selection - Which Plastic to Use?3. Process Selection - Which Plastics Process to use?4. Tooling - what tooling will be required?
Section II - Designing with Plastics5. Conceptual Design - how do we begin the design process?6. Preliminary Detailed Design7. Final Detailed Design
Section III - Implementation of the Design8. Gathering Production Estimates9. Project Review and Verification - Risk Management10. Production Implementation11. Production Qualification and Hand-Off
Section IV - Lessons12. Design with Plastics Practices - Creating Value through Good Design Practices
Section II - Designing with Plastics5. Conceptual Design - how do we begin the design process?6. Preliminary Detailed Design7. Final Detailed Design
Section III - Implementation of the Design8. Gathering Production Estimates9. Project Review and Verification - Risk Management10. Production Implementation11. Production Qualification and Hand-Off
Section IV - Lessons12. Design with Plastics Practices - Creating Value through Good Design Practices
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
accurate part documentation; aesthetic properties; appearance properties; assembly fit and tolerance analysis; blow mold; blow molding; concept validation; conceptual design; concurrent design; considerations in plastic part design; continuous process improvement; continuous product improvement; cooperative involvement of vendors; creating value with design; design FMEA; design management; design process; design review; design thinking; design visualization; design with plastics; detailed 2D part specification drawing; detailed 3D production part data file; detailed part design; detailed plastic part design; experienced practitioners; extrusion blow mold; first capital costs; first piece inspections; four pillars of design with plastics; four pillars of plastics design; functional review against specifications; functional specification; good design practices; hand-off to production; high-capacity tooling; ideation; in-process performance testing; injection mold; injection molding; material impact properties; material mechanical properties; material physical properties; material specification; material thermal properties; mold features for injection-molded part design; mold filling analysis validation; mold trials; multicavity plastics molds; multidisciplinary project verification; nonrecurring cost estimating; optimum plastics part design; overhead costs; per-unit costing; plastic part cost evaluation; plastic part design; plastic part design process; plastic part design rules; plastics material selection; plastics materials; plastics processes; plastics tooling; process annotation; process capabilities; process experiments; process production capacity; process secondary operations; process selection; process verification; product verification; production qualification; production ready documentation; production start-up; project cost estimating; project review; project validation; prototype tooling; purchasing capital tooling; quality assurance in design; quality audit in production; reaction injection molding; reducing design risks; review of mold designs; risk management; risk mitigation for development; risk mitigation through good design; short-run plastics tooling; stretch blow mold; thermoforming; thermoforming die; thermoplastics; thermosets; think first; tolerance analysis; tooling for plastics; tooling quality for part quality; total cost evaluation method; transition from design to production; understanding published specifications; user-focused design
