TEST MODULE TYPE “0” Accelerating Structure Mock-up Mechanical Design Update :

TEST MODULE TYPE “0” Accelerating Structure Mock-up Mechanical Design Update : Change of the Manufacturing Method Dmitry Gudkov 07-FEB-2011 «BE/RF»

Previous Configuration Bars representing the accelerating structure body and vacuum manifold are produced by electro erosion wire cutting: The machining takes very long due to large depth of the waveguides so it was decided to change the production strategy as shown on the next slides.

Design Update. Accelerating structure Brazed disks Coupler Disk Regular Disk Cooling Interface Disk Alignment Interface Disk previous current

Design Update. Manifold Brazed manifold cells Extremity cell Regular cell DM interface cell previous current

4. Welding (EBW) of two stacks together: 3. Installation of the damping material, welding of covers: Design Update. Assembly 1. Brazing of manifolds; interface WGs; cooling adapters; Cooling system EBW 2. Brazing of 2 stacks 1005 mm long each: Includes: 4 AS with manifolds; Interconnection MB-MB; Copper tubes Standard fittings: AS Interfaces RFN RFN Load Load CVT Damping material

Design Update. Project structure

TEST MODULE TYPE “0” Accelerating Structure Mock-up Mechanical Design Update :

TEST MODULE TYPE “0” Accelerating Structure Mock-up Mechanical Design Update :

Presentation Transcript

Module 4: UML In Action - Design Patterns

Principles of Mechanical Ventilation

Organizational Structure and Design

Some Interesting Facts about Mechanical Engineering

Mock Logbook

Principles of Mechanical Ventilation

EELE 414 – Introduction to VLSI Design

Power and Sample Size

EELE 414 – Introduction to VLSI Design

Introduction to Type

Module N ° 5 – Risks

Rovers Mechanics

Project and Production Management

RISK MANAGEMENT MODULE A – Asset Liability Management AND MODULE B – Risk Management

CMOS Design Methodologies

Introduction To ATM

Basic Prisoner Escort

Module 3: Relational Model

Structure Codes and the Design Basis of RC Structures