CEDREM Training Organization

Founded in 2008, CEDREM is an innovative company that creates new technologies. Its team of multidisciplinary engineers and researchers specializes in the analysis of complex systems subjected to dynamic phenomena, such as explosions, shocks and impacts.

Since its creation, CEDREM has been pushing the limits of digital simulation applied to the physics of ballistics and explosions and offers training in relation to its trades and the various problems encountered.

CEDREM Training Organization
Activity number: 24 41 01 333 41 registered with the Prefect of the Center – Loire Valley region

Impact modeling with the ALTAIR suite

Dates to be defined.
Planning sessions on request.

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Study of threat and attack by explosives and weapons

SAVE THE DATE:

22 to 23/09/2020

13 to 14/10/2020

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Composite design profession

SAVE THE DATE:

15 to 16/09/2020

 

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Impact modeling with the ALTAIR suite

SAVE THE DATE:

23 to 25/06/2020

Session planned for 2nd semester (date TBA)

Booking

Duration: 24 hours over 3 days

Location: CEDREM headquarters or at the customer (TBD)

Prerequisites: Finite elements and Hypermesh

Speaker: Edouard FERRY, calculation Engineer at CEDREM

Training level : Improvement

Goal

This training recalls the essentials of the theoretical foundations for approaching impact issues at different speeds.

Several modeling techniques are mentioned depending on the various issues addressed: elementary or particular approaches or even coupled.
The impactors taken into account will be birds, hailstones, ballistics, fragments.
The materials receiving the impact will be metallic materials, composite materials and fragile materials.

Various examples will be proposed for the material approaches and the associated laws.

Program

Part one: Theoretical reminders

Part Two: Material Laws

Part three: Properties and formulation of elements

Part Four: Interfaces – Boundary conditions

Part five: Examples and exercises

For the full program, please send an email to formation@cedrem.fr

Study of the threat of an explosive attack and various weapons

SAVE THE DATE:

26 to 27/05/2020

Session planned for 2nd semester (date TBD)

Booking

Duration: 2 days

Location: CEDREM headquarters or at the customer (TBD)

Prerequisites: Good humor and open-mindedness

Speaker: Karine THORAL PIERRE and her CEDREM team- Robert OSTROVIDOW, company ROC (Ex CETID) – Lucas DOMERGUE, expert CEA

Target audience:
• Project managers, responsible for expressing a need and that validates all the elements of an infrastructure project, with culminating in a budget to set.
• Architects, the terrorist attack imposing safety distances, impacting the shape of the buildings, the nature of the openings, the functional organization of the structure.
• Design offices in charge of writing an ESSP, a feasibility study, a program and elements of project management.
• Project managers, the threat impacting absolutely all the trades.
• Security managers, in charge of defining a need, monitoring the progress of the project or improving the existing technical and organizational plans, or even better understanding the vulnerabilities of its site to better understand the plans in the event of crisis (PCA, PRA, crisis management, Vigipirate…)

Goal

The terrorist threat is multifaceted: car bomb, ram vehicles, firearms, booby jackets or explosives belts, booby traps …

What are the effects of this threat on men, on structures and on the targeted entity? How to protect yourself from it? How to limit the constraints of such a level of protection? And what does the regulation say? What to do for a new project? For an improvement of the existing? What are the remaining vulnerabilities?

This is the ambitious objective of this training: to give you all the keys, tools and methodology to calmly address these threats and predict the unpredictable.

A concrete case study and a file will be given to you in order to perpetuate the achievements. Finally, this training will be a place of exchange so that everyone can benefit from everyone’s experiences.

Program

Day 1

• 08h30 : Welcoming

• 09h00 : Training start

Introduction

Threats (Explosives / Ballistics and scenarios)

• 10h45 : Coffee break

Numerical modeling

Theory of threat effects
Digital tools – Software demonstration (ballistic vulnerability, building collapse, etc.)

• 13h00 : Lunch

• 14h00 : Back-to-work

Effects on structures and dimensioning, theory and method.

Digital tools – explosion on front, opening behavior.

Effects on human

Direct, indirect and induced consequences

• 16h30 : Ballistic Laboratory visit and material testing

• 18h00 : Break – Surprise visit of the region

• 19h30 : Departure from the hotel zone

• 20h30 : Dinner and evening

Day 2

• 08h00 : Welcoming

• 08h30 : Training start:

Regulations

Methodology

• 10h00 : Coffee break

Protections and associated standards

• 13h00 : Lunch

• 14h00 : Back-to-work

Concrete cases and enforcement

• 16h30 : Training end

• 17h00 : Departing for Orléans train station


For the full program, please send an email to formation@cedrem.fr

Composite design profession

SAVE THE DATE:

17 to 18/06/2020

Session to come in 2nd semester (date TBD)

Booking

Duration: 15 hours over 2 days

Location: CEDREM headquarters or at the curstomer (TBD)

Prerequisites: None

Speaker: CEDREM team, Expert engineer, CAD designer

Level of course: Improvement

Goal

This seminar provides a vision of the industrial processes used in the composite field and the associated digital approaches. It is indeed difficult to simulate the mechanical behavior of the composite without having good knowledge of its manufacturing process. The properties of composites are closely related to the methods of weaving and inserting the matrix.

The simulation of these materials therefore goes hand in hand with new calculation strategies and new digital tools. The modules allow you to recall the composite processes, starting with weaving, the properties of resin materials, draping dry fabrics in molds to carry out infusion or RTM processes. The theoretical presentations will highlight the parameters that will be taken up in the numerical approaches and the existing tools associated with composite processes. Finally, the digital tools put in place will be presented and tested to see their integration in more global calculations.

Program

Day 1

M1 : Theoretical module of the weaving process

M2 : Weaving modeling

M3 : Modeling of composite mechanical properties

Day 2

M4 : Theoretical module of the shaping process

M5 : Layout modeling

For the full program, please send an email to formation@cedrem.fr

Impact modeling with the ALTAIR suite

SAVE THE DATE:

23 to 25/06/2020

Session planned for 2nd semester (date TBA)

Booking

Duration: 24 hours over 3 days

Location: CEDREM headquarters or at the customer (TBD)

Prerequisites: Finite elements and Hypermesh

Speaker: Edouard FERRY, calculation Engineer at CEDREM

Training level : Improvement

Goal

This training recalls the essentials of the theoretical foundations for approaching impact issues at different speeds.

Several modeling techniques are mentioned depending on the various issues addressed: elementary or particular approaches or even coupled.
The impactors taken into account will be birds, hailstones, ballistics, fragments.
The materials receiving the impact will be metallic materials, composite materials and fragile materials.

Various examples will be proposed for the material approaches and the associated laws.

Program

Part one: Theoretical reminders

Part Two: Material Laws

Part three: Properties and formulation of elements

Part Four: Interfaces – Boundary conditions

Part five: Examples and exercises

For the full program, please send an email to formation@cedrem.fr

Study of the threat of an explosive attack and various weapons

SAVE THE DATE:

26 to 27/05/2020

Session planned for 2nd semester (date TBD)

Booking

Duration: 2 days

Location: CEDREM headquarters or at the customer (TBD)

Prerequisites: Good humor and open-mindedness

Speaker: Karine THORAL PIERRE and her CEDREM team- Robert OSTROVIDOW, company ROC (Ex CETID) – Lucas DOMERGUE, expert CEA

Target audience:
• Project managers, responsible for expressing a need and that validates all the elements of an infrastructure project, with culminating in a budget to set.
• Architects, the terrorist attack imposing safety distances, impacting the shape of the buildings, the nature of the openings, the functional organization of the structure.
• Design offices in charge of writing an ESSP, a feasibility study, a program and elements of project management.
• Project managers, the threat impacting absolutely all the trades.
• Security managers, in charge of defining a need, monitoring the progress of the project or improving the existing technical and organizational plans, or even better understanding the vulnerabilities of its site to better understand the plans in the event of crisis (PCA, PRA, crisis management, Vigipirate…)

Goal

The terrorist threat is multifaceted: car bomb, ram vehicles, firearms, booby jackets or explosives belts, booby traps …

What are the effects of this threat on men, on structures and on the targeted entity? How to protect yourself from it? How to limit the constraints of such a level of protection? And what does the regulation say? What to do for a new project? For an improvement of the existing? What are the remaining vulnerabilities?

This is the ambitious objective of this training: to give you all the keys, tools and methodology to calmly address these threats and predict the unpredictable.

A concrete case study and a file will be given to you in order to perpetuate the achievements. Finally, this training will be a place of exchange so that everyone can benefit from everyone’s experiences.

Program

Day 1

• 08h30 : Welcoming

• 09h00 : Training start

Introduction

Threats (Explosives / Ballistics and scenarios)

• 10h45 : Coffee break

Numerical modeling

Theory of threat effects
Digital tools – Software demonstration (ballistic vulnerability, building collapse, etc.)

• 13h00 : Lunch

• 14h00 : Back-to-work

Effects on structures and dimensioning, theory and method.

Digital tools – explosion on front, opening behavior.

Effects on human

Direct, indirect and induced consequences

• 16h30 : Ballistic Laboratory visit and material testing

• 18h00 : Break – Surprise visit of the region

• 19h30 : Departure from the hotel zone

• 20h30 : Dinner and evening

Day 2

• 08h00 : Welcoming

• 08h30 : Training start:

Regulations

Methodology

• 10h00 : Coffee break

Protections and associated standards

• 13h00 : Lunch

• 14h00 : Back-to-work

Concrete cases and enforcement

• 16h30 : Training end

• 17h00 : Departing for Orléans train station


For the full program, please send an email to formation@cedrem.fr

Composite design profession

SAVE THE DATE:

17 to 18/06/2020

Session to come in 2nd semester (date TBD)

Booking

Duration: 15 hours over 2 days

Location: CEDREM headquarters or at the curstomer (TBD)

Prerequisites: None

Speaker: CEDREM team, Expert engineer, CAD designer

Level of course: Improvement

Goal

This seminar provides a vision of the industrial processes used in the composite field and the associated digital approaches. It is indeed difficult to simulate the mechanical behavior of the composite without having good knowledge of its manufacturing process. The properties of composites are closely related to the methods of weaving and inserting the matrix.

The simulation of these materials therefore goes hand in hand with new calculation strategies and new digital tools. The modules allow you to recall the composite processes, starting with weaving, the properties of resin materials, draping dry fabrics in molds to carry out infusion or RTM processes. The theoretical presentations will highlight the parameters that will be taken up in the numerical approaches and the existing tools associated with composite processes. Finally, the digital tools put in place will be presented and tested to see their integration in more global calculations.

Program

Day 1

M1 : Theoretical module of the weaving process

M2 : Weaving modeling

M3 : Modeling of composite mechanical properties

Day 2

M4 : Theoretical module of the shaping process

M5 : Layout modeling

For the full program, please send an email to formation@cedrem.fr