| # | Organisation Name | Industries | Headquarter | Description | Founded Year | Company Type | Num of Employees |
|---|---|---|---|---|---|---|---|
1 | Aviation and Aerospace | Shanghai | The Commercial Aircraft Corporation of China, Ltd. (COMAC) is a state-owned company, which is formed with the approval of the State Council and jointly invested by the State-owned Assets Supervision and Administration Commission (SASAC) of the State Council, Shanghai Guosheng (Group) Co., Ltd., Aviation Industry Corporation of China (AVIC), China Aluminum Corporation (CHINALCO), Baosteel Group, and Sinochem Group. With a registered capital of RMB 19 billion.
Now the Manufacturing Center of COMAC is recruiting:
Tooling Designer
Tooling Department
Responsibility
1. Design tooling according to requirements presented by process requirements
2. Solve on-site tooling problems "
Requirement:
1. Relevant education background
2. Over 5 years of professional tooling design experience
Lead expert in final assembly testing of civil aircraft
Department: Aviation Manufacturin g Technology Research Institute
Responsibility
1. Responsible for conducting R&D work in critical areas of final assembly testing technology, R&D of integrated testing systems and relevant technology services.
2. Responsible for importing and implementing critical final assembly testing technology, and enhance technology communication
Requirement:
1. Previous field of research contains the following topics: integrated testing for avionics, final assembly testing for electromechanical system and virtual testing & simulation
Please contact Mr Junwei Di at [email protected] if you are intereted. | 2008 | Public Company | 1 851 | |
2 | Automotive | EPC is a one-stop shop for your plastic injection molded products. With world-class quality and manufacturing standards, state of the art equipment and highly experienced engineers we are here to take your idea from concept to product. Our project engineers will be with you every step of the way from design feasiblity, CAD design and design optimization for injection molding, MoldFlow analysis, plastic resin, appearance and surface texture, color, prototype, mold design and build to the end product and throughout production.
Philosophy
The president and founder of EPC is an engineer with extensive background in plastic product design and tooling and holds several patents in the plastic industry. EPC is a highly technical, dynamic and well positioned organization and provides all of its customers with the best-in-class product and tooling design input to achieve and maintain their industry leadership.
Our Mission
To design, engineer and manufacture world-class thermoplastic products utilizing innovative design and engineering coupled with effective program management to ensure that customer goals, expectations and product objectives are met..
EPC, Inc. plants span across the following US locations:
Iowa: Grinnell and Kalona
Missouri: Columbia
Illinois: Rantoul
Michigan: Saint Clair (Christian Haas Dr. & Range Rd.) and Marysville
Wisconsin: East Troy and Osceola
Ohio: Lebanon
Tennessee: Surgoinsville
Kentucky: Owensboro
North Carolina: Siler City
Mexico: Reynosa | 1994 | Privately Held | 256 | ||
3 | Aviation and Aerospace | Getafe, Madrid | SERTEC is a Spanish company with 20 years of experience. Its main activities are focused in engineering, test and instrumentation of structures, composite materials, tooling and control systems, as well as automation and systems (UAVs, antennas).
Activity is focused in turnkey projects including engineering services as analysis, design, development, management and manufacturing of systems, equipment, tooling and non-conventional structures in the following areas: aeronautics, space, defence, simulation, railways, marine, automotive and nuclear.
SERTEC has developed and integrated designs and systems, for companies such as AIRBUS, BOEING, IAI, INDRA, NAVANTIA, TALGO, CAF, CERN, ITER, and ESA.
Competences have been carried out in product design as well in tooling design CATIA V5 Experience in PDM and PLM software. (Sprint, Optegra, Primes, Smart team). Mechanical design supported by stress analysis department with NASTRAN, PATRAN, FEMAP, ABAQUS, ANSYS FLUENT, ESA CRACK, ADAMS software.
Experience in programs such as A380, A350, A320 NEO, A400M, C295 and CN235. SERTEC is currently included as main supplier in Airbus commodity for tests. Full scale and fatigue tests of A400M HTP, A380 MLGD, A400M GVT, A350 WLGD, A350 CES-CEF Spoiler, A380 Elevator. Experience in composite parts manufacturing by means of different technologies. RTM, VRTM, Infusion, Hot-Forming, etc.
SERTEC also owns automation and mechatronics department for tooling and test benches. In addition Acquainted with 7th FP has been awarded with projects in the Clean Sky project. SERTEC also participates in projects funded by the CDTI (Spanish governmental research and development centre).
SERTEC is currently composed by 50 engineers established in new facilities in Tecnogetafe with 400m2 engineering office. 800m2 industrial plant (assembly and testing).
Quality management system is certified according ISO 9001, EN 9100, ISO 14001 and PECAL 2110/2310. | 1995 | Privately Held | 213 | |
4 | Engineering | Hong Kong | We are a global leading manufacturer of high-precision, high-complexity and mission-critical casting and machined components for diverse end-markets. We supply customized casting and machined products and provide surface treatment services to a well-diversified global customer base. Our global leading position is underpinned by our integrated business model with comprehensive capabilities of offering one-stop solutions to our customers.
We operate primarily in four business segments:
* Investment casting
* Precision machining
* Sand casting
* Surface treatment
We have established an integrated business model, enabling us to offer comprehensive one-stop solutions that cover the precision component manufacture value chain throughout the entire product life cycle. Our manufacturing capabilities cover the entire casting component production process, from tooling design and manufacturing, casting, secondary machining, heat treatment, surface treatment to finishing, enabling us to offer ready-to-use products and services to customers. In addition to commercial production, we also offer a comprehensive suite of services catering to customer needs, ranging from market analysis, prototype design in early product development stage, continuous research and development support, logistics and other supply chain support.
Impro quality certificates include: DIN EN ISO 9001, ISO TS 16949 (Automotive), AS 9100 / DIN EN 9100 (Aerospace), NADCAP (Aerospace), ISO 13485 (Medical Devices), DIN EN ISO 14001 (Environment), OHSAS (Health and Safety), ABS / BV / CCS / RINA / NKK / LR (Marine), PED 4.3 + AD WO, TPG NDT (Transportation and Power Generation).
Many of our customers are well-recognized global leaders in their respective industries, including Benteler, Bosch, Caterpillar, Cummins and Parker-Hannifin.
Impro’s Key Figures:
* Founded in 1998 by Mr. Reb Lu
* 15 Manufacturing Plants (9 in China, 2 in Germany, 1 in Czech Republic, 2 in Turkey and 1 in Mexico.
* 9 Sales Offices
* 7000+ Employees in all locations | 1998 | Public Company | 183 | |
5 | - | Profile
Established: November, 1996
Staff Strength: > 7000
Headquarters: Taoyuan, Taiwan
Manufacturing Sites: Kunshan, China; Dongguan, China; Chongqing, China
Certifications: ISO 9001:2000, ISO 14001:1996, TL 9000, TS 16949
Aces Electronics offers comprehensive connector solutions for a wide array of electronic applications, including NB Computers, Cellular Phones, Digital Cameras, etc., headquartered in Taoyuan Taiwan with overseas manufacturing facilities in Dongguan, Kunshan and Chongqing.
Aces provides shorter product development and production cycles to meet business and development goals through its matured capability in product development, tooling design/ fabrication, and well-established manufacturing processes. Its highly experienced team is committed to realizing customers’ vision in business and technology. Meanwhile, Aces is reaching out to wider spectrum of customers with its recent development in the area of high-speed/high-frequency telecommunications and automotive electronics.
Aces has always established itself on customer service excellence, delivering quality products with competitive lead-times. Aces will continually strive for technology breakthrough and be poised for global growth. | 1996 | Public Company | 163 | ||
6 | Plastics | Columbus, OH | The goal of Engineered Profiles is to be irresistible to its customers, associates, and community. We are guided by this vision and it shapes everything we do.
As a manufacturer and supplier of quality custom plastic profile extrusions, and a recognized leader in the thermoplastics industry, Engineered Profiles has been a valued supplier solving the problems of original equipment manufacturers for more than 70 years. Throughout our history we have developed many of the innovations that are now standard practice in the industry.
Engineered Profiles specializes in custom plastic profiles in PVC, wood composite, foam PVC, ABS, PP, HDPE, and other specialty thermoplastic raw materials in single, dual and tri-extrusions to produce parts for customers across a diverse range of industries. With our in-house tooling design and build capabilities, we have the ability to work with our customers to create high quality dies and calibration packages. | 1947 | Privately Held | 116 | |
7 | Plastics | Grand Rapids, MI | Custom Profile is an employee-owned company that develops and manufactures thermoplastic profile extrusions and sub-assemblies. We have the capacity to handle small prototype trials to large production runs. Our in-house tooling design and fabrication allows for complete control of quality and reduced lead times. Custom Profile has three manufacturing facilities including Grand Rapids, MI, Camden, SC, and Juarez, Mexico. | 1992 | Privately Held | 113 | |
8 | Plastics | Huntingdon, CAMBS | RGE Group is a World Class manufacturer of plastic injection moulded components, injection moulded tooling and plastic design. The RGE group can offer a unique turnkey approach to producing plastic parts that takes a concept, through detailed plastic engineering design, plastic injection moulding tooling design and into mass production.
RGE plastic products include office furniture, components for office chairs, desking, nylon chair bases, structural office chair seats, office chair backs, turnkey office chair kits and a variety of household and electrical industries. RGE has core design and engineering skill in the area of metal to plastic conversion where components have reached a price point and volume that require a steel or die cast aluminium component to be manufactured in plastic. This allows greater design freedom, higher capacity and of course competitive prices by converting to a polymer base design suitable for injection moulding. | 1963 | Privately Held | 109 | |
9 | Plastics | Lee's Summit, MO | R&D/Leverage USA, headquartered in Missouri, serving the food and beverage, home and personal care, and healthcare industries offering mold manufacturing capabilities including full mold manufacturing for PET tooling, IBM tooling, injection molds, as well as unit tool development, testing, validation, and training.
R&D/Leverage Europe located in UK offers single stage blow mould tooling including product evaluation, tooling design, manufacture and technical service assistance. The company also has on-site injection stretch blow moulding machines from which the company offers pilot tooling, material trails, colour trials, and production tool qualification.
With Us, Ideas Take Shape! | 1976 | Privately Held | 108 | |
10 | Engineering | Hanover Park, IL | Our NPI360° program focuses on providing a seamless progression from prototype to full production. Connecting our cross-functional development team to yours, we start with the end in mind. We understand that when production intent metrology, fixture design, tooling design, automation (if necessary), cleaning systems and packaging inform the final print, we can optimize overall cost, performance and reliability of the end product. Our NPI360° team members specialize in bringing new concepts to life with the confidence of knowing that what you see through the development process will be delivered in production.
Camcraft’s NPI360° is your choice when both risk and reward are high. Ensure your safe launch with the most rigorous approach to new product introduction in the industry.
Using state-of-the-art machining and metrology technology in our extensive purpose-built prototype department, we develop complex components with precision of the highest order.
We leverage our technical expertise with the following best practices for product development:
-Shared knowledge of the production process and application
-Design for manufacturability with optimized print and GD&T consultation
-A fixed eye on cost reduction opportunities
-Process capability analysis
-Tolerance limit samples
-Heat treatment distortion studies
-Metallurgical analysis and material recommendation
-Frequent, effective communication of product status
AS9100 / ITAR / IATF 16949:2016 / ISO9001/ CAGE CODE 1ZJ00 | 1950 | Privately Held | 105 |
Tooling Design
Summary
- 217 Companies
- 1 Patents
- 32 Use Cases
- 199 Case Studies
- 24 Science Papers
- Total Funding
Companies
Patents
| # | Number | Title | Abstract | Date | Kind | Assignee | Inventor |
|---|---|---|---|---|---|---|---|
1 | 5 379 227 | Method for aiding sheet metal forming tooling design | Method and system for evaluating sheet metal forming tooling design, for use with a draw die including a punch and binder designed to form the sheet metal into a part, utilizing improved implicit time integration methods that reduce numerical instability, thereby enhancing convergence of numerical solutions. The sheet metal and tool surface of the punch are each represented as a mesh having a plurality of nodes. Contact nodes between the sheet metal mesh nodes and the tool surface mesh can be identified. A first embodiment includes minimizing discontinuities generated by unloading by determining a stress increment of a sampling point in the sheet metal mesh according to an incremental deformation theory of plasticity. A second embodiment includes modelling a draw-bead as a plurality of nonlinear elastic springs to minimize discontinuities in the spring force during unloading. A third embodiment includes filtering a relative velocity vector of at least one contact node with respect to the tool surface, to avoid frictional force oscillations due to the change in direction of the relative velocity vector during formation of the part. | Mon, 2 Jan 1995 | A | Ford Motor Company | James C. Carnes, Sing C. Tang |
Inventors
Assignees
Assignees
Science
Data limited by 2021
Top 10 cited papers
| # | Paper Title | Paper Abstract | Authors | Fields of Study | Year | Citation Count |
|---|---|---|---|---|---|---|
1 | Localized Overheating Phenomena and Optimization of Spark-Plasma Sintering Tooling Design | The present paper shows the application of a three-dimensional coupled electrical, thermal, mechanical finite element macro-scale modeling framework of Spark Plasma Sintering (SPS) to an actual problem of SPS tooling overheating, encountered during SPS experimentation. The overheating phenomenon is analyzed by varying the geometry of the tooling that exhibits the problem, namely by modeling various tooling configurations involving sequences of disk-shape spacers with step-wise increasing radii. The analysis is conducted by means of finite element simulations, intended to obtain temperature spatial distributions in the graphite press-forms, including punches, dies, and spacers; to identify the temperature peaks and their respective timing, and to propose a more suitable SPS tooling configuration with the avoidance of the overheating as a final aim. Electric currents-based Joule heating, heat transfer, mechanical conditions, and densification are imbedded in the model, utilizing the finite-element software COMSOL™, which possesses a distinguishing ability of coupling multiple physics. Thereby the implementation of a finite element method applicable to a broad range of SPS procedures is carried out, together with the more specific optimization of the SPS tooling design when dealing with excessive heating phenomena. | Physics, Materials Science, Medicine | 2013 | 51 | |
2 | OPTIMIZED TOOLING DESIGN ALGORITHM FOR SHEET METAL FORMING OVER RECONFIGURABLE COMPLIANT TOOLING | New forming technologies based on compliant “discrete‐die” reconfigurable tooling are available for production of sheet metal parts, but there is a need for a formalism that can accurately predict the three‐dimensional shape of the required tooling, a priori. An optimized tooling design algorithm has been developed based on a methodology that uncouples the effects due to springback and those due to the compliance of the polymeric layer. A springback compensated die shape is initially predicted for the case of stretch forming over smooth rigid dies based on an iterative approach using the finite element method. The tooling design algorithm is based on an inverse springback approach that uses the elastic‐plastic stress state prior to unloading to elastically deform the sheet in a direction opposite to springback. A procedure has been developed to improve the convergence behavior of the inverse springback approach utilizing an interpolation scheme. The interpolation scheme uses prior iterations to predict the desired die shape by fitting spatially varying quadratic relationships between the tool shape and the part shape error histories. The optimized tooling design algorithm is extended to compliant dies by developing a method that corrects the die shape for polymer through the thickness compression. The algorithm is applied to stretch forming of large‐scale airframe skin parts commonly found in aerospace structures. Two shapes are investigated, a 90‐inch radius cylindrical cap and a 90‐inch radius spherical cap. | Engineering, Materials Science | 2004 | 34 | |
3 | Topology face–based change propagation analysis in aircraft-assembly tooling design | Assembly tooling design is implemented according to the constraints of geometric information and technical requirements of aircraft. Changes in aircraft parts will cause changes in assembly tooling parts. Using topology faces as basic processing units and focusing on the constraint relationships between topology faces, this article presents a method for change propagation analysis from aircraft to assembly tooling, which assists designers to detect changes efficiently and assess the change influence qualitatively in a uniform way. First, change vector representing the change state of the original parts’ topology faces and relation matrix recording the relationships between the topology faces are introduced. Then, based on the change vectors and relation matrices, an algorithm is developed to obtain the overall geometrical change propagations from aircraft parts to assembly tooling parts. Meanwhile, a concept of change influence index is presented to evaluate the change qualitatively. Finally, a computer-aided system is developed and the proposed change propagation analysis method is demonstrated by applying it to an aircraft-assembly tooling. | Business, Engineering | 2016 | 12 | |
4 | Adaptive Product, Process and Tooling Design Strategy for Optimal Dimensional Quality of Automotive Body Assemblies | Research investigations have shown that the dimensional quality is deeply rooted in thewhole process of the product development, from product, process and tooling design, thetooling manufacturing process, to the production. Unlike rigid body assembly, automotivebody assembly has its unique characteristics. The final dimensions of automotive bodiesdepend not only on the variations/deviations and rigidity of components, tooling/processvariation, but also on the product structure, connection type and assembly sequence. Anadaptive strategy for automotive body development is here by presented to exploit theseunique features. By the adaptive product, process and tooling design strategy, the dimen-sional variation/deviation for the key dimensions can be significantly reduced and the dietryout time be shorten with significant cost [email protected]: 10.1115/1.1616946# | Business, Engineering | 2003 | 7 | |
5 | De-tooling Design History: To What Purpose and for Whom Do We Write? | (2013). De-tooling Design History: To What Purpose and for Whom Do We Write? Design and Culture: Vol. 5, No. 1, pp. 13-19. | Computer Science, Art | 2013 | 7 | |
6 | A PDM-based framework for collaborative aircraft tooling design | In view of the complexity of aircraft tooling design, a PDM-based collaborative design framework is presented and some key technologies are put forward: (1) a technology for collaboration between tooling design and airplane product design; (2) a collaborative design technology of aircraft tooling application models; (3) a correlative design technology of aircraft tooling structure; and (4) a correlative design technology of aircraft tooling semantic information. With the proposed key technologies, the collaborative design is achieved at all levels of aircraft tooling design. A pilot software system based on the proposed technologies has been implemented and deployed in an aviation manufacturing company. | Computer Science, Engineering | 2008 | 6 | |
7 | Computer-aided Tooling Design for Manufacturing Processes | Tooling design for manufacturing processes refers to direct tooling for making a part such as molds and dies for injection molded parts and metal stampings, or for supporting machining operations such as jigs and fixtures. This paper summarizes some of the R&D activities in those areas over a period of 20 years in the Department of Mechanical Engineering, National University of Singapore. It is notable that increasing use of computer tools has turned what is used to be known as a “black art” into a discipline embracing both heuristic and scientific analyses. | Engineering, Materials Science | 2003 | 3 | |
8 | LIFE CYCLE APPROACH TO SUPPORT TOOLING DESIGN DECISIONS | The design and production of tools is a time consuming, technically difficult and expensive activity. Moreover, tool design choices highly affect the efficiency of the final parts manufacturing process in which they are used. Sometimes the least expensive tool does not lead to the least resource demand part production. It is then necessary to shift the paradigm from the cost of the tool as the main decision factor to the tool life cycle cost and even to other aspects not included in conventional costing. In this context, this research presents a new methodology to approach decision making in tooling design. It captures not only the conventional costs, but also more unattainable tooling aspects such as reliability. Moreover, as some cost items and unattainable aspects are differently valued by different stakeholders, these dissimilar perspectives are modelled and quantified in order to support a structured comparison between tooling design alternatives. The methodology will be applied to a case study in the moulding industry in order to exemplify its application. | Business, Engineering | 2011 | 3 | |
9 | Optimization of Tooling Design for Hot Mandrel Bending of Pipe Elbows | This paper presents the finite element model developed for the simulation of pipe elbow production by the so-called ‘Hamburg process’ in order to improve productivity and resource efficiency. To optimize the tooling design, a sensitivity analysis of the tool parameters that influence the quality of pipe elbows, such as mandrel height and length, is conducted. Different materials data sets including damage models were considered. Using numerical simulations, it is possible to determine an optimized tool geometry for the production of specific pipe elbow dimensions. Furthermore, as a result of the experiments and numerical simulations conducted, it is possible to increase the production velocity of the serial plant. Along with deformation, damage models are included in simulations in order to identify the right process boundaries. Finally, an experimentally validated model is developed for increasing resource efficiency in pipe elbow fabrication. | Engineering, Materials Science | 2018 | 3 | |
10 | SUPPORTING TOOLING DESIGN OF CUSTOMIZED PRODUCTS BY INSTANT ACCESS TO DESIGN RATIONALE | In an integrated product and production development environment, where changes in tooling design affect the product design and vice versa, access to design rationale of tooling would support concurrent development of new product variants and required tooling. This paper presents an information model that enables easy capture and access to the design rationale of toolings, moreover, supports tracing relevant information within different design software applications. A solution based on integrating SolidWorks, Microsoft Excel, and Microsoft Word has been developed and an industrial case study, where the system is introduced and evaluated is presented. | Computer Science, Engineering | 2014 | 2 |
Top 10 cited authors
| # | Author | Papers count | Citation Count |
|---|---|---|---|
1 | 1 | 757 | |
2 | 1 | 757 | |
3 | 1 | 757 | |
4 | 1 | 757 | |
5 | 1 | 757 | |
6 | 1 | 757 | |
7 | 1 | 299 | |
8 | 1 | 299 | |
9 | 1 | 212 | |
10 | 3 | 176 |
Science papers by Year
Clinical Trials
- Researches Count 0
- Ongoing Studies 0
- Total Enrollment
Clinical Trials
| # | Title | Conditions | Interventions | Enrollment | Year | Locations |
|---|---|---|---|---|---|---|
1 | Design and Pilot Implementation of a Web Based Real Time Clinical Decision Support Tool. (Checklist for Early Recognition and Treatment of Acute Illness in Pediatrics. CERTAINp | Bleeding, Critical Illness, Respiratory Failure, Sepsis, Shock | Clinical decision support tool | 962 | 2015 | Mayo Clinic |
2 | Effect of Tool Design on Hand Pain in Dental Practitioners | Shoulder Pain | large diameter light weight tool, narrow diameter heavy dental tool | 110 | 2009 | University of California, San Francisco |
Use Cases
| # | Topic | Paper Title | Year | Fields of study | Citations | Use Case | Authors |
|---|---|---|---|---|---|---|---|
1 | Tooling Design | Stress Test Tooling Design for Derricks on Offshore Workover Rig and Module Drilling Rig | 2021 | 0 | derricks on offshore workover rig and module drilling rig | ||
2 | Tooling Design | Tooling design for injection molding | 2021 | 0 | injection molding | ||
3 | Tooling Design | Optimization Parameters Tooling Design to Increase the Surface Quality of Orthotic Insole Shoes using the Taguchi Approach and Surface Response Methods | 2019 | Business, Computer Science | 3 | increase the surface quality of orthotic insole shoes using the taguchi approach and surface response methods | |
4 | Tooling Design | Optimization of Tooling Design for Hot Mandrel Bending of Pipe Elbows | 2018 | Engineering, Materials Science | 3 | hot mandrel bending of pipe elbows | |
5 | Tooling Design | Process development and tooling design for intrinsic hybrid composites | 2017 | 3 | intrinsic hybrid composites | ||
6 | Tooling Design | Sag-assist articulated tooling design for glass bending | 2017 | 0 | glass bending | ||
7 | Tooling Design | Sensitivity Study of Press Quench Process and Concept of Tooling Design for Reduced Distortion by Modeling | 2017 | 1 | reduced distortion by modeling | ||
8 | Tooling Design | An iterative approach of hot isostatic pressing tooling design for net-shape IN718 superalloy parts | 2016 | Materials Science | 29 | net-shape in718 superalloy parts | |
9 | Tooling Design | Two Kinds of Practical Tooling Design for Motor Manufacture | 2015 | Engineering, Chemistry | 0 | motor manufacture | |
10 | Tooling Design | Enhancement of Tribological Performance via Innovative Tooling Design for Extrusion Processes | 2014 | Materials Science | 0 | extrusion processes |
Case Studies
| # | Title | Description | Year | Source Ranking | |
|---|---|---|---|---|---|
1 | Teaching Design Management tools during a pandemic | by X Brioso · 2022 — Teaching Design Management tools during a pandemic: A Peruvian case study ... Abstract. During the year 2020, the sanitary emergency norm forced universities to ... | no | 2022 | |
2 | Teaching Design Management tools during a pandemic | by X Brioso · 2022 — Teaching Design Management tools during a pandemic: A Peruvian case study · Abstract · References · You may also like ... | no | 2022 | |
3 | Teaching Design Management tools during a pandemic | by X Brioso · 2022 — [4] Ministerio de Educación 2020 Resolución Viceministerial N° 157-2020/MINEDU Orientaciones para el desarrollo del servicio educativo en los Centros de ... | no | 2022 | |
4 | Teaching Design Management tools during a pandemic | by X Brioso · 2022 — This teaching methodology had to be implemented in a very short period, so that the academic semester wouldn't be delayed any longer. Also, as a ... | yes | 2022 | |
5 | Teaching Design Management tools during a pandemic | by X Brioso · 2022 — Teaching Design Management tools during a pandemic: A Peruvian case study ... Abstract. During the year 2020, the sanitary emergency norm forced universities to ... | no | 2022 | |
6 | A case study on the design of a hot stamping tool with ... | Apr 4, 2021 — The aim of this paper is to propose a method for designing hot stamping tools with conformal cooling channels. The method involves firstly ... | no | 2021 | |
7 | A case study on the design of a hot stamping tool with ... - X-MOL | Apr 4, 2021 — Additive manufacturing (AM) can be used to manufacture tool inserts with cooling channels conforming to the shape of the part to be produced ...(function(){var uer=false;var eid='fld_1';(function(){var a=uer,b=Date.now();if(google.timers&&google.timers.load.t){var c=window.innerHeight||document.documentElement.clientHeight,d=0;if(eid){var e=document.getElementById(eid);e&&(d=Math.floor(e.getBoundingClientRect().top+window.pageYOffset))}for(var f=d>=c,g=document.getElementsByTagName("img"),h=0,k=void 0;k=g[h++];)google.c.setup(k,!1,d);a&&f&&google.c.ubr(!1,b,d)};}).call(this);})();.ky4hfd{display:none}.hWIMdd{padding-top:0px}.TBC9ub{margin-left:0px;margin-right:0px}.yG4QQe{margin-top:0px}g-section-with-header{display:block;margin-bottom:0}.U7izfe{padding-left:0px;padding-right:0px;padding-bottom:12px}.e2BEnf{font-size:20px;line-height:1.3}.LqvO9e{font-family:Google Sans,arial,sans-serif}title-with-lhs-icon:hover .ekf0x h3{color:#1a0dab}title-with-lhs-icon .ekf0x{color:#202124;display:block;margin | no | 2021 | |
8 | Collaborative Tools for Global Design Project Management | Apr 12, 2021 — Collaborative Tools for Global Design Project Management: Case Study of an Academic Experience ; dc.type.local, Capítulo o parte de un libro, spa. | no | 2021 | |
9 | Design for Additive Manufacturing: Tool ... - RODIN Home | by FD Moreno Nieto · 2021 · Cited by 8 — Author/s. Moreno Nieto, Francisco Daniel Authority UCA ; Moreno Sánchez, Daniel. Date. 2021-02. Department. Ingeniería Mecánica y Diseño Industrial. Source. | no | 2021 | |
10 | Design for Additive Manufacturing: Tool Review and ... - X-MOL | Feb 9, 2021 — This paper aims to collect in a structured manner different computer-aided engineering (CAE) tools especially developed for additive ... | no | 2021 |
Experts
| # | Name | Description | Followers | Following | Location |
|---|---|---|---|---|---|
1 | CChampion | Dad , Husband, Conservative, Christian/Non Religious. Pro choice with guidelines. Military / Police Supporter, Engineer / Tooling Designer. | 1 509 | 2 124 | Ogden, UT |
2 | Stopdrop Tooling | Provider of safe tooling designed to prevent dropping when #WorkingAtHeight to industries including drilling contractors, rope access specialists & scaffolders. | 638 | 1 432 | - |
3 | Fathan Ihsan Miraz | ♥ 05121995 ♥ | precision tooling design engineering faculty polman bandung 2013| HMTP | 54936A32 | belajarlah dari kesalahan | #TETRA | barcelonista | ISLAM | | 492 | 252 | Bandung |
Youtube Channels
| # | Name | Description | Reg Date | Views | Country |
|---|---|---|---|---|---|
1 | Marine Tech Tools designs and manufactures specialty tools for marine mechanics. http://www.marinetechtools.com | Fri, 20 Feb 2015 | 2 441 239 | ||
2 | #LuminouszZtarrChannel Signs that you are done with a narcissist. As a survivor turned thriver you can learn how to identify signs of narcissistic personality and narcissist relationships in order to continue healing. Become familiar with focus tools designed to help you keep thriving! #narcissisticpersonalitydisorderrelationships OPINIONS AND VIEWS EXPRESSED IN VIDEOS ON THIS CHANNEL BELONG TO THE CREATOR OF THESE VIDEOS AND ARE NOT ASSOCIATED WITH APA OR ACA, NOR A SUBSTITUTION FOR PROFESSIONAL HEALTHCARE AND OR MENTAL HEALTH. SLIDE PRESENTATIONS ARE CREATED, EDITED AND READ BY CASONDRA THE CREATOR OF THE LUMINOUSZ ZTARR CHANNEL. Copyright Disclaimer Under Section 107 of the Copyright Act 1976, allowance is made for "fair use" for purposes such as criticism, comment, news reporting, teaching, scholarship, and research. Fair use is a use permitted by copyright statute that might otherwise be infringing. educational or personal use tips the balance in favor of fair use. | Thu, 17 May 2012 | 1 296 155 | United States | |
3 | Sidekick creates innovative mobility tools designed to help our customers move better and perform at their best. Our mission is simple - to help you be the best you've ever been. When you look back at your life two years from now, we want you to think, "Wow, I've come a long way". | Wed, 22 Oct 2014 | 998 609 | Canada | |
4 | Green Lotus is dedicated to providing businesses with effective online marketing strategies and lead generation solutions. With a focus on optimizing the number and quality of online leads, Green Lotus goes the extra mile to consult, create, and implement the most appropriate online marketing strategies based on business needs. Green Lotus also provide SEO Tools designed to help small and medium business owners to get a handle on their SEO activities, and can scale up to meet the needs of savvy internet marketers who manage multiple websites on a daily bases, and want save time. Green Lotus Tools, with their simple yet insightful dashboards, are SEO-driven insights and competitive research for the most productive SEO beginner and marketing guru alike. | Sat, 26 May 2012 | 972 872 | ||
5 | Woodworking using a CNC Router as the primary tool. Designing in CAD, Creating Tool Paths, Cutting, & Finishing. | Fri, 10 Apr 2020 | 884 407 | United States | |
6 | Welcome to the world of Bio Ionic®, the finest professional styling tools designed by world renowned hair stylist, Fernando Romero. Fernando first discovered the science and power of harnessing natural negative ions while traveling in Japan. He visited many salons and became aware of a revolutionary treatment that stylists were using to re-texturize and condition coarse, wiry Asian hair. This discovery and exploration led him to develop and perfect the Bio Ionic® Professional Haircare System. “As an international stylist and educator, I create tools for hair professionals that are unique, save time and deliver superior performance and quality.” - Fernando Romero | Thu, 8 Feb 2007 | 794 661 | United States | |
7 | RecurDyn is an interdisciplinary, computer-aided engineering (CAE) software package whose primary function is the simulation of Multi-Body Dynamics (MBD). RecurDyn simulates both rigid and flexible body dynamics by combining traditional rigid MBD with a cutting-edge finite element technology for modeling flexible bodies. In addition, RecurDyn also includes a tightly-integrated controller design tool, design optimization, particle dynamics for granular materials, and durability and fatigue analysis. For more infomartion and news about RecurDyn, please visit Official website: https://www.functionbay.com/ Technical support site: https://support.functionbay.com Like RecurDyn on Facebbok: https://www.facebook.com/recurdyntech/ You can contact us here: https://support.functionbay.com/en/contact-form | Tue, 3 Jan 2012 | 672 799 | United States | |
8 | Orange Klik videos are for Amazon FBA private label sellers worldwide. Here we interview world re-known Amazon speakers, we also present less known experts, who have knowledge to share. At times we also chat to organizers of events for Amazon sellers around the world. Our videos provide tips and information, which help growing Amazon business and business owners succeed. We also run demos of different software tools designed for Amazon sellers. This video series of detailed step-by-step solution walk-throughs is called Demo Mondays and you can find it in our Playlist section. Orange Klik is also an organizer of well received in-person events for Amazon sellers: European Seller Conference, PPC Congress and Seller Fest event in various countries. If you would like to be featured on our videos, check our website for more information, and if you have any questions, feel free to contact us via email. | Wed, 14 Dec 2016 | 566 970 | United States | |
9 | ANCA is a market leader of high quality CNC tool and cutter grinders. ANCA has tool grinders to meet everything from large scale manufacturing to entry level production requirements. ANCA is renowned for the flexibility of its tool design software and machines which enable you to produce a wide variety of complex tools. These include grinding end mills, profile cutters, burrs and punches. ANCA's tool grinders are the perfect choice for the production and resharpening of all your HSS and carbide cutting tools. Watch this space for updates or visit our website for more information. | Sun, 13 Nov 2011 | 544 031 | Australia | |
10 | When you grab a tool from your toolbox, you’re not thinking about swing angles or torque ratings. You’ve got a job to do, and only one question to answer: will this tool get the job done right the first time? You want tools you can trust - tough enough to stand up against the most demanding jobs and designed to the highest standards. At Motivx Tools, we design tools that professional technicians and demanding do-it-yourselfer’s are proud to use. We believe that changes to classic tool designs have to be grounded in real-world improvements. When you open your toolbox, we want you to be proud of what’s inside. It’s our mission to avoid the average and rise above the expected. If you’re tired of busted knuckles and stalled out projects, it’s time to find a brand of tools that gets the job done right every time. Find our full line of professional grade tools at https://www.MotivxTools.com. MOTIVX TOOLS - Designed for professionals. Used by everyone. | Sun, 9 Apr 2017 | 504 168 | United States |