Mechanical Design Terms QuizVersión en línea Common design engineering terms. por B C 1 Design review a Constraints, supports, and loads applied to a model or design for analysis. b Process of confirming that a proposed design concept can meet functional and performance needs. c Document stating detailed requirements for geometry, materials, performance, and interfaces. d Formal meeting where a design is examined to check requirements, risks, and next steps. 2 Concept validation a Process of confirming that a proposed design concept can meet functional and performance needs. b Document stating detailed requirements for geometry, materials, performance, and interfaces. c Constraints, supports, and loads applied to a model or design for analysis. d Formal meeting where a design is examined to check requirements, risks, and next steps. 3 Functional requirement a Constraints, supports, and loads applied to a model or design for analysis. b Specific description of what a part or system must do under defined conditions. c Document stating detailed requirements for geometry, materials, performance, and interfaces. d Process of confirming that a proposed design concept can meet functional and performance needs. 4 Design specification a Document stating detailed requirements for geometry, materials, performance, and interfaces. b Formal meeting where a design is examined to check requirements, risks, and next steps. c Constraints, supports, and loads applied to a model or design for analysis. d Process of confirming that a proposed design concept can meet functional and performance needs. 5 Boundary conditions a Document stating detailed requirements for geometry, materials, performance, and interfaces. b Defined combination of forces, pressures, temperatures, or motions used for evaluation. c Constraints, supports, and loads applied to a model or design for analysis. d Ratio between allowable load and expected load, providing margin against failure. 6 Load case a Defined combination of forces, pressures, temperatures, or motions used for evaluation. b Constraints, supports, and loads applied to a model or design for analysis. c Document stating detailed requirements for geometry, materials, performance, and interfaces. d Specific description of what a part or system must do under defined conditions. 7 Safety factor a Evaluation of internal forces and stresses in a component under applied loads. b Ratio between allowable load and expected load, providing margin against failure. c Constraints, supports, and loads applied to a model or design for analysis. d Document stating detailed requirements for geometry, materials, performance, and interfaces. 8 Stress analysis a Evaluation of internal forces and stresses in a component under applied loads. b Discretized representation of a part or assembly used in numerical simulations. c Defined combination of forces, pressures, temperatures, or motions used for evaluation. d Document stating detailed requirements for geometry, materials, performance, and interfaces. 9 Finite element model a Discretized representation of a part or assembly used in numerical simulations. b Defined combination of forces, pressures, temperatures, or motions used for evaluation. c Document stating detailed requirements for geometry, materials, performance, and interfaces. d Evaluation of internal forces and stresses in a component under applied loads. 10 Material selection a Choosing a material based on strength, cost, manufacturability, and environmental factors. b Constraints, supports, and loads applied to a model or design for analysis. c Ratio between allowable load and expected load, providing margin against failure. d Document stating detailed requirements for geometry, materials, performance, and interfaces. 11 Tolerance stack-up a Combined effect of individual dimensional tolerances on the overall assembly fit. b Document stating detailed requirements for geometry, materials, performance, and interfaces. c Symbolic system for defining allowable variation in size, form, orientation, and position. d Defined combination of forces, pressures, temperatures, or motions used for evaluation. 12 Geometric dimensioning and tolerancing a Combined effect of individual dimensional tolerances on the overall assembly fit. b Document stating detailed requirements for geometry, materials, performance, and interfaces. c Constraints, supports, and loads applied to a model or design for analysis. d Symbolic system for defining allowable variation in size, form, orientation, and position. 13 Datum reference frame a Documentation stating detailed requirements for geometry, materials, performance, and interfaces. b Symbolic system for defining allowable variation in size, form, orientation, and position. c Defined combination of forces, pressures, temperatures, or motions used for evaluation. d Set of reference features used as a coordinate system for measurement and tolerancing. 14 Interference fit a Fit where a consistent gap exists between mating parts under all tolerance conditions. b Defined combination of forces, pressures, temperatures, or motions used for evaluation. c Document stating detailed requirements for geometry, materials, performance, and interfaces. d Fit where mating parts overlap in size and require force or heat to assemble. 15 Clearance fit a Document stating detailed requirements for geometry, materials, performance, and interfaces. b Defined combination of forces, pressures, temperatures, or motions used for evaluation. c Fit where a consistent gap exists between mating parts under all tolerance conditions. d Fit where mating parts overlap in size and require force or heat to assemble. 16 Surface finish a Measure of surface texture quality that affects friction, sealing, and appearance. b Document stating detailed requirements for geometry, materials, performance, and interfaces. c Constraints, supports, and loads applied to a model or design for analysis. d Defined combination of forces, pressures, temperatures, or motions used for evaluation. 17 Assembly sequence a Document stating detailed requirements for geometry, materials, performance, and interfaces. b Process of confirming that a proposed design concept can meet functional and performance needs. c Defined combination of forces, pressures, temperatures, or motions used for evaluation. d Defined order of operations used to put parts together into a final product. 18 Manufacturability assessment a Evaluation of how easily and cost-effectively a design can be produced. b Document stating detailed requirements for geometry, materials, performance, and interfaces. c Defined combination of forces, pressures, temperatures, or motions used for evaluation. d Process of confirming that a proposed design concept can meet functional and performance needs. 19 Design for assembly a Process of confirming that a proposed design concept can meet functional and performance needs. b Approach that simplifies parts and interfaces to reduce assembly time and errors. c Defined combination of forces, pressures, temperatures, or motions used for evaluation. d Document stating detailed requirements for geometry, materials, performance, and interfaces. 20 Design for reliability a Document stating detailed requirements for geometry, materials, performance, and interfaces. b Defined combination of forces, pressures, temperatures, or motions used for evaluation. c Process of confirming that a proposed design concept can meet functional and performance needs. d Methodology to ensure a product performs consistently over its intended lifetime. 21 Failure mode a Defined combination of forces, pressures, temperatures, or motions used for evaluation. b Specific way in which a component or system can fail to perform its function. c Document stating detailed requirements for geometry, materials, performance, and interfaces. d Process of confirming that a proposed design concept can meet functional and performance needs. 22 Root cause analysis a Structured investigation to identify the underlying reason for a defect or failure. b Defined combination of forces, pressures, temperatures, or motions used for evaluation. c Process of confirming that a proposed design concept can meet functional and performance needs. d Document stating detailed requirements for geometry, materials, performance, and interfaces. 23 Corrective action a Design or process change implemented to eliminate the cause of an identified problem. b Defined combination of forces, pressures, temperatures, or motions used for evaluation. c Process of confirming that a proposed design concept can meet functional and performance needs. d Document stating detailed requirements for geometry, materials, performance, and interfaces. 24 Test protocol a Process of confirming that a proposed design concept can meet functional and performance needs. b Defined combination of forces, pressures, temperatures, or motions used for evaluation. c Document stating detailed requirements for geometry, materials, performance, and interfaces. d Detailed procedure describing how tests are conducted, measured, and evaluated. 25 Prototype build a Process of confirming that a proposed design concept can meet functional and performance needs. b Defined combination of forces, pressures, temperatures, or motions used for evaluation. c Initial physical realization of a design used for testing and verification. d Document stating detailed requirements for geometry, materials, performance, and interfaces. 26 Design iteration a Cycle of modifying, analyzing, and refining a design based on feedback or results. b Process of confirming that a proposed design concept can meet functional and performance needs. c Defined combination of forces, pressures, temperatures, or motions used for evaluation. d Document stating detailed requirements for geometry, materials, performance, and interfaces. 27 Design freeze a Point at which design changes are stopped to allow tooling, documentation, or release. b Document stating detailed requirements for geometry, materials, performance, and interfaces. c Process of confirming that a proposed design concept can meet functional and performance needs. d Defined combination of forces, pressures, temperatures, or motions used for evaluation. 28 Engineering change request a Document stating detailed requirements for geometry, materials, performance, and interfaces. b Process of confirming that a proposed design concept can meet functional and performance needs. c Defined combination of forces, pressures, temperatures, or motions used for evaluation. d Formal proposal to modify a released design, drawing, or specification. 29 Bill of materials a Structured list of all components, quantities, and references required for a product. b Document stating detailed requirements for geometry, materials, performance, and interfaces. c Process of confirming that a proposed design concept can meet functional and performance needs. d Defined combination of forces, pressures, temperatures, or motions used for evaluation. 30 Revision control a Defined combination of forces, pressures, temperatures, or motions used for evaluation. b System for tracking and managing changes to drawings and documents over time. c Process of confirming that a proposed design concept can meet functional and performance needs. d Document stating detailed requirements for geometry, materials, performance, and interfaces. 31 Configuration management a Defined combination of forces, pressures, temperatures, or motions used for evaluation. b Document stating detailed requirements for geometry, materials, performance, and interfaces. c Process of confirming that a proposed design concept can meet functional and performance needs. d Discipline that keeps product versions, options, and documentation consistent and traceable. 32 Interface control a Defined combination of forces, pressures, temperatures, or motions used for evaluation. b Management of mechanical and functional connections between different parts or systems. c Process of confirming that a proposed design concept can meet functional and performance needs. d Document stating detailed requirements for geometry, materials, performance, and interfaces. 33 Design baseline a Defined combination of forces, pressures, temperatures, or motions used for evaluation. b Approved reference version of a design used for comparison and control of changes. c Document stating detailed requirements for geometry, materials, performance, and interfaces. d Process of confirming that a proposed design concept can meet functional and performance needs. 34 Weight reduction a Process of confirming that a proposed design concept can meet functional and performance needs. b Targeted decrease of mass through geometry, material, or topology optimization. c Defined combination of forces, pressures, temperatures, or motions used for evaluation. d Document stating detailed requirements for geometry, materials, performance, and interfaces. 35 Stiffness requirement a Process of confirming that a proposed design concept can meet functional and performance needs. b Defined combination of forces, pressures, temperatures, or motions used for evaluation. c Document stating detailed requirements for geometry, materials, performance, and interfaces. d Specified limit on allowable deflection under load for a component or structure. 36 Thermal expansion a Defined combination of forces, pressures, temperatures, or motions used for evaluation. b Change in size of a material or part due to temperature variation. c Process of confirming that a proposed design concept can meet functional and performance needs. d Document stating detailed requirements for geometry, materials, performance, and interfaces. 37 Vibration fatigue a Process of confirming that a proposed design concept can meet functional and performance needs. b Defined combination of forces, pressures, temperatures, or motions used for evaluation. c Progressive damage caused by repeated dynamic loading or oscillation. d Document stating detailed requirements for geometry, materials, performance, and interfaces. 38 Lifecycle testing a Defined combination of forces, pressures, temperatures, or motions used for evaluation. b Testing that simulates long-term use to evaluate durability and wear. c Process of confirming that a proposed design concept can meet functional and performance needs. d Document stating detailed requirements for geometry, materials, performance, and interfaces. 39 Serviceability requirement a Process of confirming that a proposed design concept can meet functional and performance needs. b Condition that the design must allow inspection, repair, or replacement in the field. c Document stating detailed requirements for geometry, materials, performance, and interfaces. d Defined combination of forces, pressures, temperatures, or motions used for evaluation. 40 Maintenance access a Defined combination of forces, pressures, temperatures, or motions used for evaluation. b Document stating detailed requirements for geometry, materials, performance, and interfaces. c Provision of space and features so tools and hands can reach parts needing upkeep. d Process of confirming that a proposed design concept can meet functional and performance needs.
este test esta basado en las diapositivas que pudimos ver con anterioridad, consta de 10 preguntas las cuales tienen alternativas para poder resolverlas.