Sr R&D
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The document describes the development of three generations of a tailor ring holder for use in heart valve manufacturing. Solidworks models were created and refined for each generation to improve design and enable marketing. Prototyping and testing was conducted to launch the products. Accessories were also designed, modeled in Solidworks, and launched with the holders.
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3D printing offers several advantages for companies:
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Tactile Traces Final project _ Master Interaction Design 2010 Domus Academy M...
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2. It notes that while CAD, simulation, and visualization tools are useful later in the design process, they do not help in the early conceptual stages or allow for divergent ideas, so prototyping needs to be incorporated throughout the entire process.
3. The document advocates an approach called "design by prototyping" where prototypes of varying fidelity are created at each stage to explore
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This document provides a summary of Michael Dutka's coursework and projects from 2012-2014 at Millersville University. It lists the courses he took each semester and provides a brief description of each course and 1-2 projects he completed. The courses focused on CAD drafting, engineering drawing, manufacturing processes, machine tool design, ergonomics, industrial organization, CAD/CAM, and architectural drawing. Projects included designs for fitness equipment, a Stirling engine, manufacturing jigs and fixtures, and architectural floor plans and models.
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This technical drawing project involves creating drawings of a Surefire flashlight, including a full assembly view from two different angles, an assembly section view showing internal components, and an exploded assembly view showing all individual parts.
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Abstract The objective of this project work is to effectively design and analyze the helicopter flight control circuits. The design process involves FE method to assess the directional control circuit. Displacement, stress, strain energy values are obtained for the circuit for different load cases and optimum design is obtained for safe helicopter flight controls for critical maneuvers. In a helicopter the rotor blade is operated using mechanical flight control system consisting of elements like push-pull rod, links, bell crank levers, structural supporting brackets etc. There is a certain amount of reduction in stiffness and strength of elements of the circuit due to stretch in these elements resulting in false control surface deflections. This project work focuses on the application of FEM in design, analysis and optimization of directional flight control circuit using ALTAIR HYPERMESH and MSC NASTRAN software’s. FEM techniques have been extensively used in this study to simulate the control circuit mechanism. Keywords: directional control circuit, finite element analysis, displacement, strain energy
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What is a 12v Electric Car Jack?
Changing tires manually requires significant time and energy, but electric car jacks make the process simpler and more efficient. An electric car jack uses a small electric motor powered by a car's cigarette lighter receptacle to raise and lower the vehicle. Compared to manual jacks, electric jacks provide fewer turns with less force but at a much faster rate, completing the job with minimal effort. While electric car jacks vary in lifting capacity and price, most can lift up to 2 tonnes of weight and cost under $200, providing an easy solution for changing tires.
M1
This document discusses the design and optimization of a scissor jack. It begins with an abstract discussing the need to design automobile jacks that are cost-effective, versatile, and durable. It then provides an introduction on the types of jacks commonly used with vehicles and their disadvantages. The document describes the methodology used, which includes a literature review, problem definition, design formulation, case study, and conclusion. It also includes a failure analysis section that examines common failure points in scissor jacks like arm teeth wear, screw failure, and jack head failure. Finally, it presents a sample design calculation for a scissor jack to lift a Mahindra Bolero vehicle, optimizing dimensions and materials for the screw, nuts, pins
FINAL REPORT - Copy
The document describes the design and analysis of a car jack using CAD software CATIA and FEA software ANSYS. It was a summer training project completed by two students to fulfill their degree requirements. The project involved modeling a scissor jack in CATIA, analyzing it using ANSYS to determine stresses and efficiency, and optimizing the design to improve the jack's life and performance. The document provides background on different types of jacks, prior research, and specifications and working of scissor jacks to support the project objectives.
A jack car1
The document discusses the development of an electric car jack that can be automatically operated from inside the vehicle to make changing tires and performing repairs easier, especially for the elderly, disabled, and women. Current manual car jacks require significant physical effort and are difficult to use, while commercial lifts are too large and expensive for individual car owners. The proposed electric screw jack integrated into the vehicle aims to provide automatic and easy lifting of the car for repairs without much physical effort.
Design improvement-of-the-existing-car-jack-design---24-pages
This document summarizes a student's final project report on improving the design of a car jack. The student conducted research on existing car jack designs and identified key issues like them requiring significant strength and energy to operate. The objective of the project was to redesign the car jack to be more functional and consider human factors. The student followed a process flow chart that included problem analysis, literature review, concept creation, testing, and conclusion. The scope was to design a 3-ton hydraulic car jack that optimizes human power usage by replacing the long arm with a foot pedal for easier operation. CAD drawings and testing of the new design were also part of the project scope.
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Sipal S.p.A. is an Italian engineering company specialized in aerospace product and manufacturing engineering. It has over 30 years of experience working with clients in the aerospace sector. Sipal provides design services for complex aerospace structures and systems, including stress analysis, certification support, and project management. It has expertise in composite and metallic structures for commercial and military aircraft. Sipal has supported numerous programs including the Boeing 787, Bombardier C-Series, and various AgustaWestland helicopter programs.
Capstone Project_Laboratory Bucking Machine_SolidWorks Drawings
The document contains technical drawings and specifications for the design of a mechanical arm assembly. It includes dimension drawings for the full assembly, exploded views of internal components, bills of materials listing parts, and other design details. The assembly is broken into subcomponents including a rotating arm, fixed arm, power source, and height mechanism. Dimensional tolerances and materials used are specified.
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Tactile Traces Final project _ Master Interaction Design 2010 Domus Academy M...
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Application of finite element analysis in effective design of flight control ...
Application of finite element analysis in effective design of flight control ...
Design improvement-of-the-existing-car-jack-design---24-pages
Design improvement-of-the-existing-car-jack-design---24-pages
Capstone Project_Laboratory Bucking Machine_SolidWorks Drawings
Capstone Project_Laboratory Bucking Machine_SolidWorks Drawings
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- The document is a resume for an engineering professional with 14 years of experience in tool design, product design, product development, and project management.
- The professional has experience in new product development, concept development, tool design, and has designed various products and tools across different industries.
- Key skills include CAD modeling, drafting, manufacturing drawing creation, and experience with standards like ISO, ASME, UL, and IEC. Experience managing projects and teams.
Simulation wm en
1) Simulation.WM is a technical team specialized in consulting and simulation for welding lines and automotive production.
2) Their expertise includes Robcad/Delmia simulation and robot programming.
3) The team has experience in various sectors and can be dynamic, flexible and suited to typical needs of medium and large companies.
What is 3 d printing.docx
What is 3D printing , How Does 3D Printing Work , Types of 3d printing , The History of 3D Printing , 3D Printing Technologies , Common manufactures of 3D printing , 3D Printing Materials , 3D Printing Common applications , Things can't be 3D Printed , By Eng. Osama Ghandour
#WhatIs3DPrinting , #HowDoes3DPrintingWork , #TypesOf3dPrinting , #TheHistoryOf3DPrinting , #3DPrintingTechnologies , #CommonManufacturesOf3DPrinting , #3DPrintingMaterials , #3DPrintingCommonApplications , #ThingsCan'tBe3DPrinted , #ByEng.OsamaGhandour ,
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