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Final Year Project 1997

Technical feasibility of using biodiesel derived from sunflower oil in the automotive industry

Brands: Fernandez Gutierrez, Oscar A.
Date: 1 / 09 / 1997
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Energy Engineering and Fluid Mechanics
Tutors: Francisco Vicente Tinaut Fluixa
Managers: Valentin Castaño Perez
Final Year Project 1997

Study of the simulation of injection molding of conveyor belt links in thermoplastic material

Brands: Alonso Sastre, Carlos
Date: 1 / 01 / 1997
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Physics of Condensed Matter, Crystallography and Mineralography
Tutors: Angel Garcia Montalvo
Managers: Juan Carlos Merino Senovilla
Final Year Project 1997

Design and optimization of a non-destructive braking system for the reproduction of deceleration curves obtained in vehicle impact tests

Brands: Gutiérrez Fernández, Roberto
Date: 1 / 01 / 1997
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Mechanical Engineering and Materials Engineering
Managers: Alberto Mansilla Gallo
Final Year Project 1997

Design and implementation of a pallet storage line in a programmable controller

Brands: Paul Tomillo, Ana
Date: 1 / 01 / 1997
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Physics of Condensed Matter, Crystallography and Mineralography
Managers: Juan Carlos Merino Senovilla
Final Year Project 1997

Simulation of tests to characterize the behavior of materials under impact using finite elements

Brands: Barbero Valdivieso, Roberto
Date: 1 / 12 / 1997
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Mechanical Engineering and Materials Engineering
Managers: Alberto Mansilla Gallo
Final Year Project 1997

Study of the dynamic model of the roof of a motor vehicle by the finite element method

Brands: Mirones Gómez, Ramón
Date: 1 / 06 / 1997
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Mechanical Engineering and Materials Engineering
Managers: Vicente Álvarez De Ron González
Final Year Project 1997

Carrying out vehicle impact tests with highly instrumented dummies. Integration of digital video systems, onboard data acquisition and analysis of results

Brands: Villacorta Jimenez, Javier
Date: 1 / 10 / 1997
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Mechanical Engineering and Materials Engineering
Managers: Alberto Mansilla Gallo
Final Year Project 1997

Analysis and implementation of rapid manufacturing techniques for molds for injection of plastic materials

Brands: Garayo Olarra, Pedro
Date: 1 / 01 / 1997
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Physics of Condensed Matter, Crystallography and Mineralography
Managers: Juan Carlos Merino Senovilla
Final Year Project 1997

Modal analysis of a car door

Brands: Maraver Valverde, Raúl
Date: 1 / 12 / 1997
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Mechanical Engineering and Materials Engineering
Managers: Marta Herráez Sánchez
Final Year Project 1997

Design of a comprehensive maintenance plan for the equipment and facilities of a research center

Brands: Sagar Fernández, Santos
Date: 1 / 01 / 1997
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Mechanical Engineering and Materials Engineering
Managers: Vicente Álvarez De Ron González
Final Year Project 1996

Characterization of materials at high deformation speed. Application to the simulation of impact phenomena

Brands: Black Marne, Alberto
Date: 1 / 04 / 1996
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Mechanical Engineering and Materials Engineering
Managers: Alberto Mansilla Gallo
Final Year Project 1996

Optimization and design of a part injected in thermoplastic material through simulation

Brands: González Gil, Yolanda
Date: 1 / 01 / 1996
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Physics of Condensed Matter, Crystallography and Mineralography
Managers: Juan Carlos Merino Senovilla
Final Year Project 1996

Development of a methodology using sound pressure for the analysis of noise sources in a car in a semianechoic room

Brands: Vega Ortiz, María Jesús
Date: 1 / 01 / 1996
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Mechanical Engineering and Materials Engineering
Tutors: Marta Herráez Sánchez
Managers: Vicente Álvarez De Ron González
Final Year Project 1995

Chemical modification of polypropylenes with polar monomers, radical route: scope of the reaction and usefulness of the modified polymers

Brands: García Martínez, Jesús María
Date: 1 / 01 / 1995
School: Faculty of Sciences (UNIVERSITY OF VALLADOLID)
Department: Chemical engineering
Managers: Emilia Pérez Necklace
Final Year Project 1995

Computer control and integration of a gas analyzer in an engine test room

Brands: Sinde Arriaga, Jesus
Date: 1 / 11 / 1995
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Energy Engineering and Fluid Mechanics
Managers: Andres Melgar Bachelor
Final Year Project 1995

Application of the finite element method (FEM) to the simulation of the behavior of automotive trays made of reinforced material

Brands: Soto Bailón, Arturo
Date: 1 / 01 / 1995
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Physics of Condensed Matter, Crystallography and Mineralography
Managers: Juan Carlos Merino Senovilla
Final Year Project 1995

Behavior of plant fibers as reinforcement in "sandwich" type panels: study and characterization

Brands: Jimeno Izquierdo, Jorge Raúl
Date: 1 / 03 / 1995
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Physics of Condensed Matter, Crystallography and Mineralography
Managers: Juan Carlos Merino Senovilla
Final Year Project 1995

Behavior of plant fibers for reinforcement in panels

Brands: Jimeno Izquierdo, Jorge Raúl
Date: 1 / 03 / 1995
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Physics of Condensed Matter, Crystallography and Mineralography
Managers: Juan Carlos Merino Senovilla
Final Year Project 1995

Design of injected part in thermoplastic material: simulation and correlation

Brands: Zarzuelo Sánchez, Mª Del Pilar
Date: 1 / 01 / 1995
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Physics of Condensed Matter, Crystallography and Mineralography
Managers: Juan Carlos Merino Senovilla
Final Year Project 1994

Casting under vacuum element design and optimization

Brands: Vaquero Sánchez, Marcos
Date: 1 / 01 / 1994
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Physics of Condensed Matter, Crystallography and Mineralography
Managers: Juan Carlos Merino Senovilla
Thesis 1994

Study of the deformation process of semi-crystalline thermoplastics using Rheo-Raman optics

Brands: Rodríguez Cabello, Juan Carlos
Date: 3 / 01 / 1994
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Managers: Juan Carlos Merino Senovilla
Final Year Project 1994

Calculation and modeling of a vehicle element based on thermoplastic material

Brands: Bernardo González, Luis Miguel
Date: 1 / 01 / 1994
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Physics of Condensed Matter, Crystallography and Mineralography
Managers: Juan Carlos Merino Senovilla
Final Year Project 1991

Modeling and validation of the thermal behavior of the braking components of a motor vehicle

Brands: Washed Fabric, Mª Teresa De Jesús
Date: 1 / 02 / 1991
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Energy Engineering and Fluid Mechanics
Managers: Esteban Cañibano Alvarez
Final Year Project 1991

Analysis and tuning of a dynamometric test bench for automobile braking systems

Brands: Gonzalez Hernandez, Manuel Ignacio
Date: 1 / 02 / 1991
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Mechanical Engineering and Materials Engineering
Tutors: Juan Carlos Merino Senovilla
Managers: José Ignacio Riesco García
Final Year Project 1990

Analysis by FEM of the behavior of door panels

Brands: Saez Fernández, Alberto
Date: 1 / 01 / 1990
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Physics of Condensed Matter, Crystallography and Mineralography
Managers: Juan Carlos Merino Senovilla
Final Year Project 1990

Industrial characterization of SET talcs

Brands: Alonso Rodrigo, Matilde
Date: 1 / 02 / 1990
School: Higher Technical School of Industrial Engineers (UNIVERSITY OF VALLADOLID)
Department: Physics of Condensed Matter, Crystallography and Mineralography
Managers: Juan Carlos Merino Senovilla

Supplier policy

Guidelines for the evaluation, selection, performance monitoring and re-evaluation of external suppliers of the CIDAUT Foundation

1. Object

This document is established to inform CIDAUT Foundation suppliers of the general guidelines followed for the evaluation, selection, performance monitoring and re-evaluation of external suppliers.

2 Area of ​​application

In accordance with the requirements of ISO 9001:2015, this document applies to external suppliers of the CIDAUT Foundation that supply products and services that may adversely affect the ability to deliver the results of the projects, technological services and tests that develops the CIDAUT Foundation. Below is a non-exhaustive list of processes, products and services to which these guidelines would apply:

Services and/or processes of:

  • tests, proficiency tests, calibrations or sampling
  • design
  • manufacturing of parts, molds, tools, electrical and/or electronic components, elements or assemblies necessary for the manufacture of prototypes, machines or any element that will be delivered to the client or on which tests or tests will be carried out that will constitute the results to deliver to the customer
  • analysis, evaluation, audit or technical advice whose conclusions and/or results will be integrated into the results to be delivered to the client
  • development of specific facilities for the development of projects, technological services or trials
  • key support services that can affect the outcome of projects, technological services or tests: maintenance of facilities and equipment, software administration and maintenance, etc.

Products

  • standards and auxiliary equipment for calibration/verification of measurement and monitoring equipment
  • reference elements and materials
  • measurement and monitoring equipment
  • raw materials that must meet specific requirements of the Project, Technological Service or Test
  • materials, reagents, additives, etc. necessary for the development of a new material that will be the result of the technological project or service or on which the tests or tests that will constitute the outputs/results of the technological project or service will be carried out.
  • consumables that must meet specific requirements for the correct operation of key equipment / installation for the development of the project, technological service or test
  • key equipment and facilities for the development of the project, technological service or test
  • software that can determine the results of the project, technological service or test (CAD/CAE/CAM)

3. Development
3.1. Evaluation and selection of suppliers
The Foundation Purchasing Manager establishes the criteria based on which the evaluation and selection is carried out in order to guarantee that the selected supplier supplies the products and services in accordance with the necessary requirements. The selection criteria are a combination of the following depending on the type of product/service:

  • Ability to meet legal requirements and customer requirements
  • Adaptation to the specific need: For complex products/services, the proposal of the supplier that best meets the need
  • Technical Capacity: The supplier has the appropriate material and human resources
  • ENAC accreditations: The supplier is accredited by ENAC for the development of calibrations, tests, etc.
  • Certifications: The supplier has a current ISO 9001 certification and within its scope are the products and/or services that are the object of the need.
  • Provider recommended or established by the Client
  • Previous experience: Provider in other departments or projects
  • Market recognition
  • References from clients, competitors, etc.
  • Risk and guarantees: Level of risk assumed by the supplier and/or guarantees offered
  • Financial Capacity: For large purchases
  • Supply Capacity
  • Flexibility towards changes
  • Accessibility
  • Ability to meet deadlines
  • Price
  • Payment method
In addition to the established criteria, whenever possible, for purchases exceeding the amount of 3.000? The selection of the supplier will be carried out by requesting offers from at least 3 suppliers.

3.2. Monitoring performance and reevaluation of suppliers.
To ensure that controlled external suppliers continue to supply in accordance with established requirements, suppliers are subject to periodic monitoring and control. Depending on the type of provider, it is established:

Supplier type Tracking Re-evaluation
Regular: regular suppliers X X
About project: specific suppliers for a given project X Does not apply
Occasional: single purchase suppliers Does not apply Does not apply

Tracking
Monitoring of external suppliers is carried out continuously:

  • Checking the maintenance of the ISO 9001 certification or ENAC accreditation that served as the basis for the approval. In case of loss, approval could be withdrawn.
  • Checking compliance with commercial agreements
  • Review of the quality of purchases made.
    • Anomalies attributable to the supplier are tracked. When an incident gives rise to a customer claim or significantly affects the outputs or results of the project, technological service or test, a Non-conformity is opened. When the supplier's response is not adequate or when the severity of the anomaly causes the CIDAUT Foundation to lose confidence in the supplier, the approval is withdrawn.
Continuous monitoring also takes into account response times and price developments. When necessary, the Purchasing Manager may define other monitoring activities. Some possible follow-ups are:
  • Audits
  • Service quality reviews
  • Visits to the supplier
  • Product inspections
  • Monitoring of indicators
  • Meetings with service users

Re-evaluation
Regular suppliers are periodically re-evaluated. For this, it is reviewed:

  • the criteria by which they were initially approved
  • the maintenance of ISO 9001 certification or ENAC accreditation if they were determining elements in the approval of the supplier
  • compliance with trade agreements
  • the history of incidents and follow-ups carried out
  • the level of service of the provider taking into account in particular unanswered requests, response times and accessibility
  • price variations and its comparison with other competitors

Guarantee of impartiality

Impartiality and independence are basic principles of the CIDAUT Foundation's activity. CIDAUT Foundation acts impartially and independently of all types of pressures, whether commercial or otherwise, in its activities and services provided to clients, institutions and organizations.

CIDAUT Foundation continuously evaluates each possible conflict/risk that may affect the independence and impartiality of its activities, carrying out the pertinent consultations and inquiries to ensure that it does not incur any incompatibility and loss of independence in the aforementioned terms. Limiting activity and/or implementing relevant actions in case of doubt or conflict.

Personal Data Protection Policy

The personal data to be protected includes all those that are processed by us (whether data of clients, potential clients, suppliers, workers, contacts, external collaborators, etc.).


Therefore, both FUNDACION CIDAUT, and all its staff, whether internal or external, who are involved in some way in the processing of personal data, must:

  • Maintain secrecy and confidentiality of the information processed.
  • Protect the personal data you are processing and safeguard it so that unauthorized personnel do not have access to it.
  • Comply with data protection principles (legality, loyalty and transparency, limitation of purpose, data minimization, accuracy, limitation of retention period, integrity and confidentiality and proactive responsibility).
  • Guarantee that interested parties can exercise their rights (information, access, rectification, deletion, limitation of processing, data portability, opposition and automated individual decisions).
  • Comply with, and where appropriate, enforce, the controls and security measures that FUNDACION CIDAUT has implemented to protect the security of personal data, preventing the confidentiality, integrity or availability of said data from being compromised.
  • Immediately communicate, according to the procedures enabled for this purpose, any incidents that may affect the security of personal data and that may compromise its confidentiality, integrity or availability, as well as non-compliance with the requirements established by the personal data protection regulations.
  • Comply with all legal requirements and obligations imposed by personal data protection regulations.

Information Security Policy

CIDAUT FOUNDATION (hereinafter, CIDAUT) is an entity dedicated to research and development in Transportation and Energy, with the objective of enhancing competitiveness and industrial development in companies in the transportation, energy and industry sectors in general. .

Aware of the importance that information security has for the development of its business, it has decided to implement a management system and subscribes to this policy.

CIDAUT establishes, defines and reviews objectives within its Information Security Management System (ISMS) aimed at improving its security, understanding it as the preservation of the confidentiality, availability and integrity of its information, as well as the systems that support it. support, increasing the confidence of our customers and other interested parties; along with compliance with all applicable legal, regulatory and contractual requirements.

The design, implementation and maintenance of the ISMS will be supported by the results of a continuous risk analysis and management process from which the actions to be carried out in terms of security within the scope of its system are derived, which is:

"Information systems that support the processes linked to the implementation of research, development and technological innovation projects, technological services and tests in the areas of: product design, energy and environment, materials, transformation processes, safety in vehicles, road safety, mobility, acoustics and vibrations and information technologies and industry 4.0 that are of interest to the industry in general and especially to the transport and energy sectors."

The CIDAUT Management will establish the risk evaluation criteria so that all scenarios that imply an unacceptable level of risk are treated appropriately.

As part of the ISMS, Management will develop, implement and keep updated a Business Continuity Plan according to the needs of the company and dimensioned to the risks that affect it.

The CIDAUT Management is committed to the implementation, maintenance and improvement of the ISMS, providing it with those means and resources that are necessary and urging all staff to assume this commitment. To this end, CIDAUT will implement the measures required for the training and awareness of personnel with information security. In turn, when workers fail to comply with safety policies, Management reserves the right to apply disciplinary measures in accordance with the application agreement and within the applicable legal framework, and according to the impact this has on the organization.

Everything defined in this policy will be specified and developed in regulations and procedures of the ISMS, which will be integrated to the extent possible with other management systems of the organization, sharing those resources in favor of optimization and seeking continuous improvement of the efficiency and effectiveness of process management.

Every user will have the obligation to report security incidents using the guidelines established by CIDAUT.

This policy will apply to all personnel and resources that are within the scope of the ISMS, it is brought to their attention and is communicated to all interested parties.

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