Mapa mental yamileth_gandara_procesos_de_manufactura_eva_1er_corte
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Este documento describe los principales procesos de manufactura y las máquinas herramientas más utilizadas en la industria. Explica procesos como el moldeo, fundición, maquinado y ensamblado, así como máquinas como prensas, esmeriladoras, rectificadoras, torno, fresadora y otras. Finalmente, menciona procesos no convencionales como corte por plasma, descarga eléctrica y haz de electrones.
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This document provides an introduction to CAD/CAM/CIM. It defines CAD as using computers to assist in the design process. CAM is defined as using computers to plan, manage and control manufacturing operations. CIM attempts complete automation of all manufacturing processes under computer control by integrating CAD, CAM, and other business aspects. The document discusses various design and manufacturing disciplines. It explains the need for CAD/CAM/CIM is to increase productivity, improve quality and communication, create databases, optimize tool paths, and help with production scheduling. The scope of CAD/CAM/CIM allows for more effective design, manufacturing, and factory integration.
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Manual part programming
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This document discusses computer aided quality control (CAQC). It introduces CAQC and explains that it uses computers to inspect and test manufactured products to ensure they meet defined quality standards. The objectives of CAQC are listed as increasing inspection and production productivity, reducing lead times and waste. The main components of CAQC are computer aided inspection (CAI) and computer aided testing (CAT). CAI uses 3D scanning and CAD modeling to check part specifications, while CAT simulates stresses and other factors to test attributes like strength. The advantages of CAQC include data harvesting, allowing 100% inspection and testing, using non-contact sensors, and providing computerized feedback control.
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This document discusses related system level design issues for product architecture. It notes that the tradeoff between differentiation and commonality depends on the architecture and modular designs allow for more shared components than integral designs. When faced with conflicts between differentiation and commonality, considering alternative architectures may provide opportunities to enhance both. The document also lists defining secondary systems, establishing chunk architectures, and creating detailed interfaces as additional system level design issues.
Manual part programming
Part programming involves writing a sequence of instructions for a NC/CNC machine to produce a component. There are two types of part programming: manual and computer-aided. The programmer decides the machining operations and tooling. A part program includes steps like preparing a process plan, selecting tools, determining parameters, and writing the program. The program uses codes like G-codes for motions and functions, M-codes for modes, and N-codes to identify blocks. Data is arranged in blocks that can have different formats. Interpolation methods like linear and circular are used to machine between points.
Nc Machine
The document discusses numerical control (NC) machine tools. [1] NC refers to controlling manufacturing operations through coded numerical instructions inserted directly into machine tools. [2] John T. Parsons is considered the inventor of NC in the 1940s when he used punched cards to control machine tool movements. [3] A NC system consists of a program of instructions, controller unit that interprets the program and controls the machine tool.
Computer aided quality control
This document discusses computer aided quality control (CAQC). It introduces CAQC and explains that it uses computers to inspect and test manufactured products to ensure they meet defined quality standards. The objectives of CAQC are listed as increasing inspection and production productivity, reducing lead times and waste. The main components of CAQC are computer aided inspection (CAI) and computer aided testing (CAT). CAI uses 3D scanning and CAD modeling to check part specifications, while CAT simulates stresses and other factors to test attributes like strength. The advantages of CAQC include data harvesting, allowing 100% inspection and testing, using non-contact sensors, and providing computerized feedback control.
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This document provides an overview of Computer Aided Process Planning (CAPP). It discusses the general steps in CAPP, including design input, material selection, and cost estimation. It describes two main approaches to CAPP: variant CAPP, which retrieves and modifies existing process plans; and generative CAPP, which generates new plans using decision logic and algorithms. The advantages of CAPP are reducing time/costs and increasing consistency and productivity. The disadvantages include difficulty maintaining consistency and accounting for all manufacturing factors in variant CAPP, and high initial costs compared to manual planning.
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2. Data exchange standards like IGES and STEP that define neutral formats for transferring geometric and non-geometric CAD data between systems.
3. Communication standards like LAN and WAN that define how CAD data is transferred over networks between systems.
The goals of CAD standards are to enable interoperability and portability of CAD data across different software and hardware platforms. They aim to support the complete transfer of product description data.
Group Technology (Cell Manufacturing)
Group Technology is a manufacturing process that produces families of parts within a single production line or cell of machines. A manufacturing cell is a cluster of machines grouped together to produce a similar part family. Techniques like tacit judgment, visual inspection, classification and coding systems, and production flow analysis are used to form part families by identifying parts that require similar manufacturing processes or equipment. Rank order clustering analyzes a machine-part incidence matrix to group similar machines and components into production cells to minimize material handling needs. While cellular manufacturing offers benefits like reduced work-in-process inventory and lead times, it also faces challenges like loss of routing flexibility and difficulty balancing cells over time.
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1) Additive manufacturing (AM), also known as 3D printing, is a process of building 3D objects by depositing materials layer by layer based on a digital model.
2) AM has various applications across industries and the global AM industry is valued at $8 billion in 2018 and expected to reach $23 billion by 2026.
3) Common AM techniques include fused deposition modeling (FDM), stereolithography (SLA), selective laser sintering (SLS), and polyjet modeling; they differ in the materials and joining processes used to build layers.
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Clasificacion mecanismos
El documento define los mecanismos como elementos destinados a transmitir o transformar fuerzas o movimientos desde un elemento motor para realizar trabajos con mayor comodidad y menos esfuerzos. Explica que los mecanismos se clasifican en transmisión lineal-lineal, circular-circular y circular-lineal, e ilustra ejemplos como la palanca, polea, engranajes y tornillos para cada tipo de transmisión.
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Mapa mental manufactura
El proceso de manufactura incluye operaciones que modifican las características de las materias primas a través de métodos como el desprendimiento de viruta, pulido, recubrimiento, ensamblado, cambio de forma, cambio de propiedades físicas y más. Estos procesos utilizan maquinaria como prensas hidráulicas, martillos forjadores, molinos de laminación y máquinas de soldadura para modificar superficies, unir materiales y dar forma a piezas.
Eriakna
El documento describe los principales procesos de manufactura y las máquinas-herramientas más utilizadas en la industria. Explica procesos que cambian la forma, provocan desprendimiento de viruta, cambian las superficies, realizan ensamblados y cambian propiedades físicas. También describe características clave de las máquinas-herramientas como generar formas de manera precisa, requerir poco mantenimiento y ser estacionarias. Finalmente, lista máquinas comunes como prensas, esmeriladoras
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The document provides an introduction to additive manufacturing (AM) technology. It defines AM as "a process of joining materials to make objects from 3D model data, usually layer upon layer." The document discusses the history and various applications of AM across industries like automotive, aerospace, and medical. It also outlines advantages like design complexity and customization enabled by AM. Challenges include limitations of materials and size of printable objects. Overall, the document gives a high-level overview of what AM is and its potential impact on various industries.
Introduction to Shot Blasting Machine, material used in Shot Blasting, and it...
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This document provides an overview of mechanical energy based unconventional machining processes. It discusses abrasive jet machining (AJM), water jet machining (WJM), and ultrasonic machining (USM). For each process, it describes the basic working principles, key components, process parameters that influence material removal rate, advantages, disadvantages, and applications. It also compares different types of transducers used in USM and discusses factors affecting the machining performance of USM.
Sheet metal fabrication
Sheet metal fabrication involves shaping metal sheets through forming or cutting processes. Forming bends or stretches the sheet without removing material, while cutting separates material. Common forming methods include bending, roll forming, spinning, and deep drawing, which shape the sheet. Sheet metal can be cut using shearing, punching, laser cutting, or plasma cutting. Final parts are used in industries like construction, appliances, furniture, and automobiles.
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This document outlines the course objectives, outcomes, modules, and content for a Computer Aided Design and Manufacturing course. The key points are:
- The course aims to teach students about concepts of computer-integrated manufacturing systems including CAD, CAM, automation, and modern trends like additive manufacturing and Industry 4.0.
- The content covers topics like CAD software, geometric modeling, computer-aided process planning, CNC machine tools, and numerical problems involving geometric transformations.
- The course objectives are for students to understand CAD/CAM applications, automated manufacturing systems, computer applications in design and manufacturing, and modern manufacturing trends leading to smart factories.
Ecdm finalppt
electrochemical discharge machining.
also known as electrochemical spark machining.
we covert normal drilling machine in electrochemical spark machining and perform drilling operation on the work piece and create a macrohole in a quartz glass. the results are shown in the ppt.
we created this project under the head of department of mechanical engineering ER. Rakesh sigh sir and ER.mudit tyagi sir from mtech department from noida institute of engineering and technology, greater noida.
Computer integrated production planning
The document discusses computer integrated production planning and control. It defines production planning as forecasting production steps to maximize efficiency. Production control keeps watch over production flow and resources to ensure plans are followed. Key elements discussed include planning, routing, scheduling, dispatching, follow up/expediting, inspection, material requirements planning, capacity planning, shop floor control, inventory control, MRP-II, and just-in-time production. The goals are to integrate inputs efficiently, coordinate activities, and control costs while rationalizing production.
Laminated object manufacturing
The document discusses Laminated Object Manufacturing (LOM), a type of solid rapid prototyping that uses lasers to create 3D models from layered materials. The LOM process involves adding and subtracting layers of material such as paper or plastic to build a part. Each thin layer is cut to shape using a CO2 laser before the next layer is added. LOM can produce models and prototypes quickly and cheaply from a variety of materials and is used to make scaled models, patterns for casting, and 3D printed objects for home use. However, LOM also has disadvantages like using unstable paper and producing smoke during cutting.
Metal forming process
This document discusses various metal forming processes including forging, rolling, drawing, extrusion, and sheet metal forming operations. It provides details on the mechanics and applications of these processes. Key forming processes covered are forging, which uses compressive forces to shape metal; drawing, which reduces the diameter of wires or tubes by pulling them through a die; and extrusion, which forces metal to flow through a die to produce a desired cross-sectional shape. The document also addresses design considerations, lubrication techniques, and common defects in metal forming.
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This document provides an overview of flexible manufacturing systems (FMS). It defines FMS as an automated machine cell consisting of interconnected processing workstations and automated material handling. It discusses the history and purpose of FMS in optimizing manufacturing cycle times and reducing costs. The basic components of FMS are described as workstations, automated material handling systems, and computer control systems. The document outlines different types of FMS layouts and how flexibility is achieved. It provides examples of FMS applications and discusses the advantages of FMS in improving efficiency and reducing production time, while also noting the high expenses associated with implementation.
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El documento describe varios procesos de ensamble, incluyendo uniones mecánicas, semipermanentes y permanentes. Las uniones mecánicas se logran con sujetadores como tornillos y remaches. Las uniones semipermanentes incluyen ensambles mecánicos con tornillos, tuercas y pernos. Las uniones permanentes se logran mediante soldadura o adhesivos. La soldadura produce uniones sólidas fundiendo las superficies en contacto con calor o presión. Los adhesivos también producen uniones fuertes maximizando el
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1. Graphical standards like GKS and OpenGL that define graphics primitives and device independence.
2. Data exchange standards like IGES and STEP that define neutral formats for transferring geometric and non-geometric CAD data between systems.
3. Communication standards like LAN and WAN that define how CAD data is transferred over networks between systems.
The goals of CAD standards are to enable interoperability and portability of CAD data across different software and hardware platforms. They aim to support the complete transfer of product description data.
Group Technology (Cell Manufacturing)
Group Technology is a manufacturing process that produces families of parts within a single production line or cell of machines. A manufacturing cell is a cluster of machines grouped together to produce a similar part family. Techniques like tacit judgment, visual inspection, classification and coding systems, and production flow analysis are used to form part families by identifying parts that require similar manufacturing processes or equipment. Rank order clustering analyzes a machine-part incidence matrix to group similar machines and components into production cells to minimize material handling needs. While cellular manufacturing offers benefits like reduced work-in-process inventory and lead times, it also faces challenges like loss of routing flexibility and difficulty balancing cells over time.
Chemical Machining Process and its Types.
The detail overview on how chemical machining removes material to produce high quality parts, its different processes and types. I also includes figure and video which will help you understand the process easily.
Troquelado
El troquelado es un proceso mecánico de producción industrial que se utiliza para trabajar láminas metálicas frías y fabricar piezas mediante el uso de una herramienta llamada troquel. Es un método eficiente para la producción masiva que se usa ampliamente en diversos sectores como electrodomésticos, automotriz y electrónico.
Lecture: An introduction to additive manufacturing
1) Additive manufacturing (AM), also known as 3D printing, is a process of building 3D objects by depositing materials layer by layer based on a digital model.
2) AM has various applications across industries and the global AM industry is valued at $8 billion in 2018 and expected to reach $23 billion by 2026.
3) Common AM techniques include fused deposition modeling (FDM), stereolithography (SLA), selective laser sintering (SLS), and polyjet modeling; they differ in the materials and joining processes used to build layers.
Metal additive manufacturing
The document discusses various metal additive manufacturing techniques including powder bed fusion, directed energy deposition, binder jetting, and sheet lamination. Powder bed fusion techniques like selective laser melting use a laser to selectively fuse metal powder layers. Directed energy deposition techniques like laser engineered net shaping use a laser and metal powder or wire feedstock to deposit material. Binder jetting uses inkjet printing of a binder to join metal powder particles. Sheet lamination techniques like ultrasonic additive manufacturing bond metal foils using ultrasonic vibration. The document explores the process parameters, microstructures, and applications of these various metal 3D printing methods.
Clasificacion mecanismos
El documento define los mecanismos como elementos destinados a transmitir o transformar fuerzas o movimientos desde un elemento motor para realizar trabajos con mayor comodidad y menos esfuerzos. Explica que los mecanismos se clasifican en transmisión lineal-lineal, circular-circular y circular-lineal, e ilustra ejemplos como la palanca, polea, engranajes y tornillos para cada tipo de transmisión.
Additive manufacturing Processes PDF by (badebhau4@gmail.com)
Additive manufacturing (AM) processes build three-dimensional objects by adding material layer by layer based on a digital model. The document discusses several AM processes including powder bed fusion which uses lasers or electron beams to fuse powder materials together layer by layer. Key powder bed fusion techniques are direct metal laser sintering
Adaptivecontrol
Adaptive Control Machining systems,Adaptive Control,Where to use adaptive control? Application:Sources of variability in machining,Types of Adaptive controls,Operation of ACC system,Relationship of AC software to APT program,Benefits of AC
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Introduction to Shot Blasting Machine, material used in Shot Blasting, and it...
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Unit 3-ME8691 & COMPUTER AIDED DESIGN AND MANUFACTURING
Unit 3-ME8691 & COMPUTER AIDED DESIGN AND MANUFACTURING
Lecture: An introduction to additive manufacturing
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Additive manufacturing Processes PDF by (badebhau4@gmail.com)
Additive manufacturing Processes PDF by (badebhau4@gmail.com)
Similar a Mapa mental yamileth_gandara_procesos_de_manufactura_eva_1er_corte
Mapa mental manufactura
El proceso de manufactura incluye operaciones que modifican las características de las materias primas a través de métodos como el desprendimiento de viruta, pulido, recubrimiento, ensamblado, cambio de forma, cambio de propiedades físicas y más. Estos procesos utilizan maquinaria como prensas hidráulicas, martillos forjadores, molinos de laminación y máquinas de soldadura para modificar superficies, unir materiales y dar forma a piezas.
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El documento describe los principales procesos de manufactura y las máquinas-herramientas más utilizadas en la industria. Explica procesos que cambian la forma, provocan desprendimiento de viruta, cambian las superficies, realizan ensamblados y cambian propiedades físicas. También describe características clave de las máquinas-herramientas como generar formas de manera precisa, requerir poco mantenimiento y ser estacionarias. Finalmente, lista máquinas comunes como prensas, esmeriladoras
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El documento describe diferentes procesos de manufactura y métodos de producción. Define la manufactura como la fase de producción económica de bienes bajo cualquier sistema económico. Explica que un proceso de fabricación implica una serie de operaciones unitarias para modificar las características de las materias primas. Luego detalla varios métodos como fundición, maquinado, conformado de metales y procesos para cambiar las propiedades físicas o ensamblar materiales. Finalmente diferencia procesos como tornos, fresadoras, taladros y pre
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El conformado en caliente es un proceso de formado de piezas metálicas a altas temperaturas que produce piezas con alta resistencia y formas complejas. El proceso involucra calentar la pieza, conformarla en una prensa mientras está blanda, y templarla para lograr una estructura martensítica resistente. Se usa comúnmente para piezas estructurales de autos y permite cumplir requisitos de seguridad y reducir peso.
Procesos de manufactura
El documento describe los procesos de fabricación convencionales, incluyendo fundición y moldeo, procesos de deformación, procesos de partículas, procesos de remoción, tratamientos térmicos, limpieza de superficies, procesos de depósito y recubrimiento, procesos de unión, ensamble y métodos de manufactura como tornos, taladros, fresadoras, prensas excéntricas e hidráulicas. Explica brevemente cada proceso y los materiales y aplicaciones involucradas. También recom
Procesos de manufactura
El documento describe varios procesos de manufactura clave y sus características. Explica que el torno es una máquina giratoria común que forma objetos al hacer girar la pieza mientras una herramienta de corte da forma. Describe la taladradora como una máquina para perforar agujeros cilíndricos y la fresadora para mecanizar superficies planas y curvas mediante el movimiento de una fresa rotativa. También cubre procesos como prensas excéntricas e hidráulicas.
Milagros mora
Este documento describe los diferentes tipos de procesos de manufactura. Explica que la manufactura es una etapa de la producción económica de bienes que ocurre bajo cualquier sistema económico. Luego describe cuatro tipos principales de procesos de manufactura: procesos que cambian la forma de un material, procesos que cambian la superficie, procesos de ensamblaje y procesos que cambian las propiedades físicas. Finalmente, explica las diferencias básicas de maquinaria como torno, taladro, fresadora y prens
Procedimientos de Fabricación
Los procedimientos de fabricación tienen gran importancia en la tecnología ya que buscan optimizar la producción.
Conformado en caliente
La Finalidad del conformado de metales independientemente sea este en frió o caliente es generar formas útiles como tubos, barras y hojas moldeando los metales, pero conservando su masa y volumen, la importancia de este proceso radica en los múltiples artículos y formas de metal que existen.
procesos de manufactura
Este documento describe varios procesos de manufactura y métodos de maquinado. Explica procesos que cambian la forma del material como la fundición y el moldeo de plásticos, procesos que provocan desprendimiento de viruta como el maquinado y procesos que cambian las superficies o propiedades. También describe máquinas como el torno, taladro y fresadora utilizadas para mecanizar piezas y procesos de conformado de metales. Finalmente, explica tipos de prensas como las excéntricas e hidráulic
Presentacion manufactura
Este documento describe los principales procesos utilizados en la manufactura, incluyendo procesos de formado, mejora de propiedades, procesos de superficie y operaciones de proceso y ensamble. Describe procesos como fundición, deformación, tratamientos térmicos y recubrimiento, que transforman las materias primas en productos terminados mediante la aplicación de calor, fuerza mecánica u otros métodos.
Cs de los materiales
Este documento describe el proceso de conformado en caliente de materiales. Explica que involucra calentar el material a alta temperatura y luego darle forma usando una herramienta. Lista los pasos del proceso como calentamiento, traslado a la prensa y conformado. También describe características como la necesidad de menor fuerza para deformar el metal caliente y la isotropía de las propiedades. Finalmente, menciona algunas tecnologías como laminación, forja y extrusión que usan este método.
Cs de los materiales
Este documento describe el proceso de conformado en caliente de materiales. Explica que involucra calentar el material a alta temperatura y luego darle forma usando una herramienta. Lista los pasos del proceso como calentamiento, traslado a la prensa y conformado plástico. También describe características como la capacidad de alterar significativamente la forma, requerir menor potencia y producir propiedades isotrópicas. Finalmente, menciona algunas tecnologías como laminación, forja y extrusión.
Presentación1
Este documento presenta información sobre diferentes procesos de fabricación convencionales, incluyendo procesos que cambian la forma del material como fundición, moldeo de plásticos y conformado de metales; procesos que cambian las superficies como maquinado, pulido y recubrimiento; y procesos para el ensamblado como uniones permanentes y temporales. También describe brevemente las diferencias entre tornos, fresadoras, taladros y prensas excéntricas.
Procesos metalmecanicos
El documento describe varios procesos metalmecánicos como la metalurgia, siderurgia, maquinado, fundición, laminado y soldadura. Estos procesos se utilizan para transformar metales en productos finales como autopartes y repuestos mediante técnicas como corte, conformado y ensamblado que cumplen con normas de seguridad.
MAPA MENTAL
Este documento describe los procesos de manufactura y las máquinas herramientas más utilizadas en la industria. Los procesos se dividen en transformación, que cambian la forma del material a través de procesos como fundición, forjado y maquinado, y ensamblaje, que unen materiales de forma permanente o temporal. Entre las máquinas más usadas se encuentran las de fundición, moldeado, laminado, forjado, extrusión, estampado, maquinado, rectificado y soldadura.
Proceso de Forjado
Mediante esta información se podrá identificar y observar el proceso que se va realizando en el método o proceso de forjado.
Procesos de manufactura
Este documento describe varios procesos de manufactura como fundición, forja, laminado, rolado y doblado. Explica los tipos de fundición, como se realiza la forja y sus defectos, los tipos de laminado en frío y caliente, y las máquinas y aplicaciones del rolado y doblado.
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Mapa mental yamileth_gandara_procesos_de_manufactura_eva_1er_corte
- 1. Procesos de Manufactura y Maquinas-Herramientas mas utilizadas en la Industria Realizado por: Yamileth Gandara V-. 26.481.699
- 2. DISTINTOS PROCESOS DE MANUFACTURA Procesos que cambian la forma del material Procesos que provocan desprendimiento de viruta por medio de máquinas Procesos que cambian las superficies Procesos para el ensamblado de materiales Procesos para cambiar las propiedades físicas
- 3. Procesos que cambian la forma del material Metalurgia extractiva Moldeo de plástico Metalurgia de polvos Fundición Formado en frío y caliente
- 4. Procesos que provocan desprendimiento de viruta por medio de máquinas Métodos de maquinado convencional Métodos de maquinado especial
- 5. Procesos que cambian las superficies Con desprendimiento de viruta Por pulido Por recubrimiento
- 6. Procesos para el ensamblado de materiales Uniones permanentes Uniones temporales
- 7. Procesos para cambiar las propiedades físicas Temple de piezas Temple superficial
- 8. MAQUINA-HERRAMIENTA Debe generar la forma que quiere y para la cual ha sido diseñada Debe de estar dentro de las medidas de tolerancia El metal debe ser eliminado a un ritmo económico La maquina debe ser; segura, fácil de reparar y operar El mantenimiento debe ser mínimo pero fácil de realizar Se utiliza para dar forma a piezas sólidas, principalmente metales Su característica principal es su falta de movilidad, ya que suelen ser máquinas estacionarias
- 9. MAQUINAS-HERRAMIENTAS MAS UTILIZADAS PRENSAS ESMERILADORAS RECTIFICADORAS CEPILLOS BROCHADORAS SIERRAS TALADRADORAS MANDRINADORAS TORNO PERFILADORAS NO CONVENCIONALES PULIDORAS FRESADORAS
- 10. MAQUINAS-HERRAMIENTAS MAS UTILIZADAS (I)PRENSAS Prensa de volante Prensa acotada Prensa de pie Prensa de acción simple con armadura Prensa de acción simple y de dos lados ESMERILADORAS Esmeriladoras De Precisión Esmeriladora De Superficie Esmeriladora Cilíndrica
- 11. MAQUINAS-HERRAMIENTAS MAS UTILIZADAS (II) RECTIFICADORAS Rectificadoras de superficie Otras rectificadoras Rectificadoras cilíndricas CEPILLOS Cepillo Horizontal El Cepillo Vertical (Mortajadora)
- 12. MAQUINAS-HERRAMIENTAS MAS UTILIZADAS (III) BROCHADORAS Brochadoras Horizontales (De Tracción O De Corte Continuo) Brochadoras Verticales Brochadoras Verticales Para Superficies Brochadoras Continuas Para Superficies SIERRAS La Sierra De Arco (Segueta) Sierras De Cinta Sierra Por Fricción Sierras De Mesa Y Las Sierras De Brazo Radial Sierras Circulares
- 13. MAQUINAS-HERRAMIENTAS MAS UTILIZADAS (IV) Taladradora Vertical Taladradora Múltiple Taladradora Radial Taladradoras Para Agujeros Profundos T A L A D R A D O R A S Mandrinadoras Para Plantillas Mandrinadoras Horizontal Mandrinadoras Vertical M A N D R I N A D I O R A S
- 15. MAQUINAS-HERRAMIENTAS MAS UTILIZADAS (VI) Arco de Plasma Descarga Eléctrica Electroquímica Ultrasónica Haz de Electrones NO CONVENCIONALES