Steel Construction Excellence Center - hamk.fi 2015/Steel-Construction-Excellence-Center.pdf ·...
Transcript of Steel Construction Excellence Center - hamk.fi 2015/Steel-Construction-Excellence-Center.pdf ·...
Our vision
Together with our customers, SSAB will go further than anyone to realize the full potential of lighter, stronger and more durable steel products
» A stronger, lighter and more sustainable world «
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New SSAB – Strong globally and locally
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New SSAB in brief Nordic and US-based steel company with a global reach
Leading producer of Advanced High Strength Steels (AHSS) and Quenched & Tempered steels (Q&T), standard strip, plate and tubular products as well as construction solutions
Pro forma sales in 2014 SEK 60.11 billion (EUR 6.3 billion)
About 17,300 employees in 50 countries
Steel production facilities in Sweden, Finland and the US
Annual steel production capacity of 8.8 million tonnes
Organized in five divisions:– SSAB Special steels, SSAB Europe, SSAB Americas, Tibnor,
Ruukki Construction Listed on the NASDAQ OMX Nordic Exchange in Stockholm
and secondary listing on NASDAQ OMX in Helsinki
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SSAB Special Steels SSAB Europe SSAB Americas Tibnor Ruukki Construction
Olavi Huhtala Charles Schmitt Mikael Nyquist Marko Somerma
Finance Legal and Strategy
HR, Procurement, Shared Services Communications Market
Development
Håkan Folin
Divisions
Functions
Jonas Bergstrand Monika Gutén
Martin LindqvistPresident and CEO
Per Olof Stark
Technical Development
Gregoire Parenty
Group Executive Committee (GEC)
Taina Kyllönen Martin Pei
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Lower costs and higher pricesPerformance in 2014 vs. 2013 (pro forma numbers)
Figures for SSAB Group 2014 pro forma– Sales: SEK 60 112 million (57 013)– EBITDA*: SEK 4 419 million (2 714),
corresponding to 7.4 % of sales– EBIT*: SEK 1 005 million (-890)– Shipments: 6 744 tonnes (6 537)
Improvement mainly due to higher prices and higher efficiency in SSAB Americas and higher volumes and lower costs in SSAB Europe
The Board proposal is not to pay out dividends for 2014
* Excluding items affecting comparability and depreciation/amortization on surplus values for Rautaruukki6
HAMK Sheet Metal Centre
Discussions between Ruukki and HAMK about establishing competence centre for sheet metal applications were initiated in 1994
Founding decision was made in autumn 1996 and operation started in October 1998
Premises in the same building with Ruukki Steel Construction Training Center, the operation of which had started at the beginning of 1998
Relocation to new premises at the Moreeni industrial Park in 2005 together with Ruukki Construction Technology group
Relocation to new premises at HAMK Visamäki Campus in spring 2015 together with Ruukki Construction Technology group
Sheet Metal Centre 2014 HAMK’s oldest research unit (16 years) 8 employees + a lecturer (Degree Programme in Construction Engineering, part
time) 66 research reports in 2014
Participates in teaching at steel construction courses in the Construction - and Building and Construction Engineering degree programmes
Training for companies
HAMK Sheet Metal Centre
Sheet Metal Centre researches and developes sheet metal products in cooperation withcompanies and research institutes in the following fields of expertise:
Sheet metal forming and joining Loading tests and analysis Weathering testing and durability
Our research and development projects aim at improving the competitiveness of Finnish sheet metal products and manufacturing, as well as to further develop our research and educational preparedness of the field at HAMK.
Services for companiesSheet metal coatings and durability• corrosion testing• weathering testing (UV, humidity,
temperature) outdoor testing
Steel and sheet metal structures• static and dynamic loadings
• full size structures• elements• joints, fasteners
Sheet metal forming and joining• formability testing• tensile testing of materials• optical strain analysis
More information from our website!
Seinäjoki and Tampere2004-2013:- Two regional development
programs - Research professorship of
steel construction at TUT 09/2004
Raahe
Helsinki
Hämeenlinna
Vimpeli-Alajärvi
Hämeenlinna1998:- HAMK Steel Metal
Centre 10/199807/2007-06/2012- Regional development
program for steel construction and sheet metal technology
Tampere
Background for SCEC
Ruukki production siteResearch partner
Seinäjoki and Tampere2004-2013:- Two regional development
programs - Research professorship of
steel construction at TUT 09/2004
Raahe
Helsinki
Hämeenlinna
Vimpeli-Alajärvi
Hämeenlinna1998:- HAMK Steel Metal
Centre 10/199807/2007-06/2012- Regional development
program for steel construction and sheet metal technology
Tampere
Ruukki production siteResearch partner
Steel Construction Excellence Center
SCEC2014-2017:- Total budget over 6 M€,
excluding public funded projects
- Virtual and physical network
- Goal: World´s most comprehensive R&D&I network within Steel Construction
New Companies
HAMK, Tavastia
VocationalInstitute Tavastia
Hämeenlinna city and
DevelopmentCompany
HAMK Seinäjoki Region
TUT
Ruukki New Companies
TEKES
EAKRESR
RFCSEU
RYM FIMECCTUT
RDI Projects
Steel Construction Excellence Center
Ruukki Construction new energy solutions
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• Solar electricity or PV systems• Solar heating systems• Market penetration requires training of multi-
skilled steel structure installers• trained for the PV and heating system installations• have authorization to make electrical connections of
PV panels• have authorization to make plumbing work of solar
heating units
Relative cost and weight of 30 m span truss when total costs are optimized
03/03/2015 www.ruukki.com Ilkka Sorsa21
70,0 %
75,0 %
80,0 %
85,0 %
90,0 %
95,0 %
100,0 %
105,0 %
110,0 %
S355/355 S420/355 S550/355 S550/550 S700/355 S700/700
costs
mass
Effective use of HSS calls for redesign of construction
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50%
60%
70%
80%
90%
100%
110%
120%
130%
140%
Chord S700MCDiagonals S700MC
Chord S700MCDiagonals S355MC
Chord S420MCDiagonals S355MC
Effect of the joint type on truss welding cost
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• Reduction of the volumes of welded joints, e.g. joint type (see picture), bolted joints,…
• Introduction of low energy welding technologies, e.g. low energy MAG, laser welding,…
• Introduction of laser and plasma technologies, e.g. in cutting
• Redesign of manufacturing procedures, e.g. welding sequences
• Increasing automation in processing, e.g. mechanized welding, robotics,..
chorddiagonal