Welding and Joining Technologies

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Fundamentals of Joining

Joining technology is one of the key technologies in production technology, regardless wether on a manual or industrial scale. Hardly any product can do without them. The book “Fundamentals of joining technology – welding, brazing and adhesive bonding” offers an introduction to this technology.

Together with its supplementary exercises, the lecture aims to teach students the basics of material-locking joining technology. It is divided into two parts:

The first part of the lecture teaches the material basics (dealt with more intensively in the lecture “Joining Technology II”) in the welding processing of steel as well as basic knowledge about welding processes commonly used in trade and industry, such as arc, beam and resistance welding processes, in their basic variants and mechanical joining. Derived from the functional principles, possible applications and limits are explained. This part of the lecture is completed by recommendations on welding and process-compatible design (intensively dealt with in the lecture series "Joining Technology III") as well as on the necessary occupational safety.

  Copyright: DVS Media

This is to enable students to select suitable joining processes for common joining tasks. Furthermore, they will be familiar with the material and design conditions necessary for their process-safe use as well as the necessary occupational safety measures.

This basic knowledge is extended in the second part of the lecture. Variants of the welding processes learned in the first part are presented which, as improvements of the original versions, extend their fields of application or are more economical. Mechanization and automation concepts for integrating welding technology into industrial production will also be taught. Special welding techniques optimized for the highly effective fulfillment of specialized joining tasks as well as soldering and bonding complete the list of methods presented in the lecture series. Upon completion, the students now know the industrially relevant material-locking joining methods and can apply them for a joining task and its use. They also know the basic behaviour of steel during welding and hava a basic knowledge of the design of welded constructions.

 

A registration via CAMPUS is necessary.

The lecture notes are available on the L2P-website according to the corresponding lecture "Welding and Joining".

 
 

Lecture Welding and Joining SS 2019

Time: Wednesday, 14:30 - 16:00

Lecture Hall: Wüllnerstr. 9, Audimax (1420), Grüner Hörsaal

Date Subject Lecturer
03.04.2019

Introduction, Metallurgical Basics

Dr. Stein
10.04.2019

Fusion Welding and Gas Welding

Dr. Stein
17.04.2019

Arc Welding I + II

Dr. Stein
24.04.2019

Beam Welding I

Dr. Stein
01.05.2019 ---Holiday--- ---
08.05.2019

Resistance Welding I and Mechanical Joining

Dr. Stein

15.05.2019 Arc Welding III

Dr. Stein

22.05.2019 Mechanisation und Automation Dr. Stein
29.05.2019 Beam Welding II Dr. Stein
05.06.2019 Resistance Welding II and Adhesive Bonding Dr. Stein
12.06.2019 ---Excursion Week--- ---
19.06.2019 Special Processes I Dr. Stein
26.06.2019 Special Processes II and Brazing Dr. Stein
03.07.2019 --- ---
10.07.2019 --- ---
 

Schedule of Exercises Summersemester 2019

Time: Thursday, 12:30 - 14:00

Lecture Hall: Wüllnerstr. 9, Audimax (1420), Roter Hörsaal

Date Subject Lecturer Substitute
04.04.2019 Introduction, Metallurgical Basics Holtum Christ
11.04.2019 Fusion Welding and Gas Welding Oster Ebert
18.04.2019 Arc Welding I Olivares Ebert
25.04.2019 Arc Welding II Olivares Zokoll
02.05.2019 Beam Welding I Engels Akyel
09.05.2019 Resistance Welding I and Mechanical Joining Lotte Rabe
16.05.2019 Arc Welding III Mann Oster
23.05.2019 Mechanisation and Automation Lozano Österreich
30.05.2019 ---Holiday--- --- ---
06.06.2019 Beam Welding II Senger Krichel
13.06.2019 ---Excursion Week--- --- ---
20.06.2019 ---Holiday--- --- ---
27.06.2019 Resistance Welding II and Adhesive Bonding Weiland Michalski
04.07.2019 Special Processes I Balz Rabe
11.07.2019 Special Processes II and Brazing Pipinikas Müller