Index
- 1000
- Non heat-treatable alloys
- 2000
- Heat-treatable alloys
- Group 2000 (AlCu)
- 3000
- Non heat-treatable alloys
- Group 3000 (AlMn)
- 4000
- Non heat-treatable alloys
- Group 4000 (AlSi)
- 5000
- Non heat-treatable alloys
- Group 5000 (AlMg)
- 6000
- Heat-treatable alloys
- Group 6000 (AlMgSi)
- General
- Solution heat-treatment
- Practical use of ageing in the extrusion plant
- Heat-treatable alloys
- 7000
- Heat-treatable alloys
- Group 7000 (AlZnMg)
A
- AA
- Alloy systems
- abrasion
- Erosion- and turbulence-corrosion
- abrasion resistance
- Integral colouring
- Hard anodising
- Hard anodising
- AC TIG-welding
- TIG-welding
- acidic
- General corrosion resistance of aluminium
- General corrosion
- acidic gases
- Influence of dissolved CO2 and H2S
- active fire protection
- Active fire protection
- adhesion
- Info anodizing
- Info conversion coating
- Conversion coating
- adhesive
- Adhesive bonding
- Advantages and disadvantages
- Joint design
- Choice of adhesive
- Types of adhesives
- Surface preparation
- Process
- ageing
- General
- Ageing
- Ageing temperature/time
- Practical use of ageing in the extrusion plant
- Heat-treatable alloys
- AlCu
- Group 2000 (AlCu)
- alkaline
- General corrosion resistance of aluminium
- General corrosion
- allowable deformations
- Deformation check
- allowable stress method
- Allowable stress method
- alloy designation system
- Alloy systems
- alloy hardening
- Strengthening of the alloys
- AlMg
- Group 5000 (AlMg)
- AlMgSi
- Group 6000 (AlMgSi)
- AlMn
- Group 3000 (AlMn)
- AlSi
- Group 4000 (AlSi)
- alternating current
- Electrolytic colouring (EC colouring)
- Alubook references
- Alubook references
- Aluselect
- About Aluselect
- AlZnMg
- Group 7000 (AlZnMg)
- AlZnMgCu
- Group 7000 (AlZnMg)
- annealed
- O : Annealed
- anode
- What is anodising?
- anodic layer
- Cathodic protection
- anodic oxide
- Anodising
- anodic oxide coating
- Design of extrusion regarding surface treatment
- What is anodising?
- Which alloys are suitable for anodising?
- The effects of the various alloying elements on the anodising appearance
- Properties of the anodic oxide coating
- Pulse anodising
- Dyeing of the anodic oxide layer
- Hard anodising
- White anodising
- Special sealing processes
- Cold sealing
- Various pretreatment methods prior to lacquering
- Test procedures for anodic oxide coating
- anodic oxide layer
- Pulse anodising
- anodising
- Anodising
- Electropolishing
- Electropolishing
- Normal architectural anodising
- What is anodising?
- Process steps for normal architectural anodising
- Etching
- Pulse anodising
- Dyeing of the anodic oxide layer
- Electrolytic colouring (EC colouring)
- Bright anodising
- Wood grain anodising
- Various pretreatment methods prior to lacquering
- Various application methods for wet paints
- Pretreatment by zincating
- The most typical failures on coated profiles and how to avoid them
- Black spotting
- Transverse welds
- Acid or alkali corrosion
- Water staining
- Etch staining
- anodising process
- Degreasing prior to anodising
- Anodising
- Anodising process parameters
- anodising step
- Anodising process parameters
- antimony
- Influence of antimony, bismuth and lead
- appearance
- Anodising
- area ratio
- The main factors influencing the galvanic corrosion rate
- How to avoid or minimize galvanic corrosion
- artificial ageing
- Artificial ageing
- Additional information
- as fabricated
- F : As Fabricated
- ASS test
- ASS test
- atmospheric corrosion
- Atmospheric corrosion
B
- balanced alloy
- Influence of main elements, Mg and Si
- Influence of copper
- band saw
- Band saw
- bending
- Influence of thermal treatment and shaping
- Bending
- Bending
- Material properties
- Dimension and shape
- Bending angle
- Bending direction
- Bending method
- benzoates
- Water treatment
- bimetallic couples
- Bimetallic couples
- Recommendations for bimetallic couples
- biocides
- Water treatment
- bismuth
- Influence of antimony, bismuth and lead
- black spotting
- Black spotting
- blasting
- Lacquering and painting
- Blasting
- blind-riveted nuts
- Blind riveted nuts
- bolt
- Screws and bolts
- Through-bolt and nut
- Joining procedure
- brazing
- Brazing
- Soldering and brazing
- Brazing
- Brazeability
- Brazing methods
- bright anodising
- Mechanical polishing
- Which alloys are suitable for anodising?
- The effects of the various alloying elements on the anodising appearance
- Bright anodising
- brinell hardness
- Hardness vs tensile strength for 6000-extrusions
- buckling
- Compression
- Bending
- buffing
- Oiling or greasing
- Buffing or mopping
- Colour-buffing
C
- calcium silicate plates
- Calcium silicate plates
- calculation procedure
- Calculation procedure
- CASS test
- CASS test
- cathode
- What is anodising?
- cathodic efficiency
- The main factors influencing the galvanic corrosion rate
- cathodic protection
- Cathodic protection
- cavitation
- Introduction to flow influenced corrosion
- Cavitation corrosion
- ceramic fibres
- Ceramic fibres
- characteristic resistance
- Definitions
- chemical composition
- General information on main alloy groups
- Chemical composition
- chemical polishing
- Mechanical polishing
- Electrolytic and chemical polishing
- Which method to use?
- Chemical polishing
- Process steps for plating on aluminium
- chemical resistance
- Sealing (hot water sealing)
- chemicals
- Foods and chemicals
- chromate
- Water treatment
- chromate conversion coating
- Conversion coating
- chromating
- Chromating
- chromium
- Influence of manganese and chromium
- circular saw
- Circular saw
- cladding
- Cathodic protection
- cleaning
- Cleaning procedures
- clinching
- Spot clinching
- Clinching
- CNC machining centre
- CNC machining centre
- CO2
- Influence of dissolved CO2 and H2S
- coefficient of linear expansion
- Coefficient of linear expansion
- Coefficient of linear expansion
- cold sealing
- Special sealing processes
- Cold sealing
- colour anodising
- Which alloys are suitable for anodising?
- White spots
- colour stability
- Sealing (hot water sealing)
- colour-buffing
- Colour-buffing
- combined stresses
- Combined stresses
- combustion
- Combustion
- compression
- Compression
- concrete
- Aluminium in contact with concrete
- connection systems
- Connection system
- conventional MIG
- MIG-welding
- conversion coating
- Conversion coating
- Chromating
- Yellow chromating
- Difference between the conversion coatings
- Various pretreatment methods prior to lacquering
- copper
- Influence of copper
- Corrosion in fresh water
- Aluminium in contact with wood
- copper inclusions
- Inclusions
- corrodkote
- Corrodkote test
- corrosion design
- Corrosion design, general guide-lines
- Corrosion design, drawings
- corrosion fatigue
- Introduction to stress influenced corrosion
- Corrosion fatigue
- corrosion in sea water
- Corrosion data in sea water
- corrosion resistance
- Corrosion resistance
- Properties of the anodic oxide coating
- Anodising process parameters
- Pulse anodising
- Sealing (hot water sealing)
- Hard anodising
- Cold sealing
- Components in a lacquer
- Various pretreatment methods prior to lacquering
- Why do plating on aluminium?
- counterboring
- Counterboring
- crack tip opening displacement
- Fracture toughness parameters
- cracks
- Cracks
- crater cracks
- Crater cracks
- creep
- Creep
- crevice corrosion
- Crevice corrosion
- critical J-integral
- Fracture toughness parameters
- critical stress intensity factor
- Fracture toughness parameters
- current density
- Pulse anodising
- cutting fluids
- Cutting fluids
D
- DC TIG-welding
- TIG-welding
- DC/AC colouring
- EC-colouring by means of DC/AC steps
- deformation
- Influence of thermal treatment and shaping
- Practical design
- Deformation
- Deformation check
- deformation hardening
- Strengthening of the alloys
- Deformation hardening
- degreasing
- Degreasing prior to anodising
- Various application methods for wet paints
- White spots
- Failures in the pretreatment process and how to avoid them
- density
- Density
- deoxidizing
- Various application methods for wet paints
- deposits
- Crevice corrosion
- Influence of flow rate
- design load
- Definitions
- design resistance
- Definitions
- desmut
- Black spotting
- desmutting
- Desmutting
- dichromates
- Water treatment
- direct current
- Electrolytic colouring (EC colouring)
- drilling
- Drilling
- dye colouring
- Dyeing of the anodic oxide layer
- Combination colouring
- dye penetrant
- Dye penetrant examination
- dyeing
- White anodising
E
- effect of temperature
- Effect of temperature on strength
- Strength at elevated temperatures
- Roomtemperature strength after high temperature exposure on AW-6063
- Roomtemperature strength after high temperature exposure on AW-6082
- elastic range
- Strength of material
- electrical conductivity and resistivity
- Electrical conductivity and resistivity
- electrical resistance
- The main factors influencing the galvanic corrosion rate
- Properties of the anodic oxide coating
- electroless nickel plating
- Electroless nickel plating
- electroless plating
- Design of extrusion regarding surface treatment
- Mechanical polishing
- electrolytic colouring
- Dyeing of the anodic oxide layer
- Electrolytic colouring (EC colouring)
- Combination colouring
- White anodising
- electrolytic deposition
- How to avoid or minimize galvanic corrosion
- electrolytic plating
- Design of extrusion regarding surface treatment
- electrolytic polishing
- Bright anodising
- Process steps for plating on aluminium
- electrophoresis
- Electrophoretic sealing
- Various application methods for wet paints
- electrophoretic sealing
- Electrophoretic sealing
- electroplated
- Buffing or mopping
- electroplating
- Mechanical polishing
- Electroless nickel plating
- electropolished
- Buffing or mopping
- electropolishing
- Mechanical polishing
- Which method to use?
- Electropolishing
- Chemical polishing
- electrostatic powder coating
- Electrostatic powder coating
- Powder coating
- electrostatic spraying
- Various application methods for wet paints
- elevated temperatures
- Properties at elevated temperatures
- endurance of human being
- Properties of aluminium and endurance of human beings; page 1
- entrapment areas
- Corrosion in sea-water
- Corrosion design, drawings
- epoxy powder coating
- Properties of epoxy powder coatings
- epoxy-polyester powder coatings
- Properties of epoxy-polyester powder coatings
- equivalent insulation thickness, fire technical calculations
- Rules
- erosion
- Introduction to flow influenced corrosion
- Erosion- and turbulence-corrosion
- etching
- Lacquering and painting
- Etching
- Desmutting
- White spots
- Transverse welds
- Die design streaks
- Acid or alkali corrosion
- Water staining
- Etch staining
- Failures in the pretreatment process and how to avoid them
- Failures in the pretreatment process and how to avoid them
- exco test
- Exco
- exfoliation corrosion
- Exfoliation corrosion
- extrusion
- The extrusion process (Topic: 10201)
F
- F
- F : As Fabricated
- failure assessment diagram
- Assessment of defects
- fatigue
- Introduction to fatigue
- fatigue curves
- Fatigue
- Fatigue curve for alloy AW-6060
- Fatigue curve for alloy AW-6063
- Fatigue curve for alloy AW-6082
- female threads
- Female threads in aluminium components
- Blind riveted nuts
- ferric chloride test
- Ferric chloride
- filiform corrosion
- Filiform corrosion
- filler metals
- Brazing
- Filler materials for welding
- film hardness
- Hard anodising
- fingerprint corrosion
- Finger print corrosion
- fire casualties
- Fire casualties
- fire prevention
- Protection philosophy; general
- Regulations
- fire resistance
- Fire resistance, thermal load
- fire risk
- Properties of aluminium and endurance of human beings; page 1
- fire technical calculations
- Rules for fire technical calculation of insulated aluminium alloy structures
- fixed-head router
- Fixed-head router
- flow influenced corrosion
- Introduction to flow influenced corrosion
- flow rate limits
- Erosion- and turbulence-corrosion
- Influence of flow rate
- flux
- Brazing
- Brazing methods
- foods
- Foods and chemicals
- formability
- Formability
- fracture mechanics
- Acceptance criteria for weld defects
- fracture resistance
- Fracture toughness parameters
- fracture toughness parameters
- Fracture toughness parameters
- fresh water
- Corrosion in fresh water
- fretting corrosion
- Fretting corrosion
- Fretting corrosion (traffic markings)
- Friction
- Friction stir welding (FSW)
- friction system
- Friction system
G
- gallium
- Influence of mercury, indium, gallium and tin
- galvanic contact
- Info protective adhesive tapes
- galvanic corrosion
- Galvanic corrosion
- Properties of the anodic oxide coating
- galvanic series
- The main factors influencing the galvanic corrosion rate
- Galvanic series in sea-water at 10ƒC
- Galvanic series in water pH=6
- How to avoid or minimize galvanic corrosion
- general corrosion
- General corrosion
- Properties of the anodic oxide coating
- gloss
- Etching
- GMAW
- MIG-welding
- good design
- How to avoid crevice corrosion
- grain boundaries
- Intergranular corrosion
- green chromating
- Green chromating
- grinding
- Grinding
- Grinding
- GTAW-welding
- TIG-welding
- gypsum plates
- Gypsum plate
H
- H
- H: Strain hardened
- H2S
- Influence of dissolved CO2 and H2S
- hacksaw
- Hacksaw
- halogenated hydrocarbons
- Foods and chemicals
- hard anodising
- Which alloys are suitable for anodising?
- Which alloys are suitable for anodising?
- Hard anodising
- hardness
- Hardness vs tensile strength for 6000-extrusions
- Hard anodising
- HAZ cracks
- Heat affected zone (HAZ) cracks
- HC-fire
- Fire resistance, thermal load
- heat affected zones
- Heat affected zones
- heat of fusion
- Heat of fusion
- Heat of fusion
- heat radiation
- Aluminium as a reflector
- heat radiation shield
- Aluminium as a reflector
- heat treatment
- Influence of thermal treatment and shaping
- heat-treatable alloys
- Heat-treatable alloys
- heat-treatment
- Heat-treatment
- high speed machining
- Grinding
- high temperatures
- Properties at elevated temperatures
- hinge
- Hinge
- Hookes law
- Strength of material
- hot dipping
- Cathodic protection
- hot water sealing
- Hard anodising
- Special sealing processes
- Cold sealing
- Hx8 (1/1-hard)
- Hx8 (1/1-hard)
I
- immersed structures
- Corrosion in sea-water
- Info, CP with impressed current
- impingement corrosion
- Introduction to flow influenced corrosion
- Impingement corrosion
- Important standards
- Important standards
- inclusions
- Inclusions
- incomplete penetration
- Incomplete penetration
- indium
- Influence of mercury, indium, gallium and tin
- inhibitors
- Water treatment
- insulation
- Standard fire test requirement
- Passive fire protection
- Insulation technique
- insulation correction factor
- Insulation correction factor
- integral colour anodising
- Integral colouring
- integrity
- Standard fire test requirement
- intergranular corrosion
- Intergranular corrosion
- intermediate storing
- Intermediate storing
- intumescent materials
- Intumescent materials
- iron
- Influence of iron
J
- joining
- Mechanical joining
- joint sealing
- How to avoid or minimize galvanic corrosion
- How to avoid crevice corrosion
K
- Kesternich test
- Kesternich
- knurling
- Knurling
L
- lack of fusion
- Lack of fusion
- lacquering
- lacquering
- lead
- Influence of antimony, bismuth and lead
- lightfastness
- Dyeing of the anodic oxide layer
- Test procedures for anodic oxide coating
- limit state method
- Limit state method
- livestock manure
- Aluminium in contact with livestock manure
- load coefficient
- Definitions
- load-bearing capacity
- Standard fire test requirement
- local attack
- General corrosion resistance of aluminium
- local check of extrusions
- Local check of extrusions
- low temperature
- Low temperature properties
M
- machining
- Shaping
- Machining
- Machining tools
- magnesium
- Influence of main elements, Mg and Si
- magnetic properties
- Magnetic properties
- manganese
- Influence of manganese and chromium
- material coefficient
- Definitions
- materials selection
- Materials selection
- How to choose alloy and heat-treatment
- matrix
- Matrix
- mechanical
- Mechanical joining
- mechanical , chemical
- Bright anodising
- mechanical polishing
- Mechanical polishing
- Electropolishing
- Process steps for plating on aluminium
- melting point
- Melting point
- melting temperature
- Melting temperature
- mercury
- Influence of mercury, indium, gallium and tin
- Mg2Si
- General
- microbial corrosion
- microbial corrosion
- microstructure
- Influence of microstructure
- MIG
- MIG-welding
- milling
- Milling
- Horizontal milling
- Vertical milling
- Universal milling
- Routing
- CNC machining centre
- molybdates
- Water treatment
- mopping
- Buffing or mopping
- movable head router
- Movable head router
N
- national codes and regulations
- National codes for structural aluminium alloys
- National Standards
- Comparison between National Standards
- natural ageing
- Natural Ageing
- nickel
- Influence of zinc, nickel and titanium
- nitrates
- Water treatment
- noble material
- Galvanic corrosion
- Corrosion design, general guide-lines
- non heat-treatable alloys
- Non heat-treatable alloys
- Non heat-treatable alloys
- non-destructive examination methods (NDT)
- Non-destructive examination of aluminium welds
- non-flowing
- Influence of flow rate
- normal anodising
- Why surface treat aluminium extrusions?
- Bright anodising
- normal anodising process
- Normal architectural anodising
- nut
- Through-bolt and nut
O
- O
- O : Annealed
- optical properties
- Optical properties
- over protection
- Cathodic protection
- overageing
- Artificial ageing
- Heat-treatable alloys
- oxalic acid anodising
- Anodising in various electrolytes
- oxide coating
- Etching
- Anodising in various electrolytes
- oxide hardness
- Anodising process parameters
- Anodising process parameters
- oxide layer
- Anodising process parameters
- oxygen
- Influence of O2-content
- oxygen reduction
- Influence of O2-content
- oxygen scavengers
- Water treatment
- oxygen-cells
- Influence of O2-content
P
- paper corrosion
- Paper corrosion
- passive fire protection
- Passive fire protection
- phase diagram
- General
- phosphochromating
- Conversion coating
- phosphoric acid anodising
- Anodising in various electrolytes
- physical properties
- Physical properties
- Physical properties
- pitting
- Pitting corrosion
- How to avoid or minimize pitting corrosion
- pitting corrosion
- Properties of the anodic oxide coating
- plain strain fracture toughness
- Fracture toughness parameters
- planing
- Planing
- plasma arc cutting (PAC)
- Plasma-keyhole welding
- plasma-keyhole welding
- Plasma-keyhole welding
- plasma-MIG welding
- Plasma-MIG welding
- plastic range
- Strength of material
- plastic working
- Shaping
- Shaping by plastic working
- plating
- Plating on aluminium
- What is plating?
- Why do plating on aluminium?
- Difficulties connected with the plating of aluminium
- Which alloys are suitable for plating?
- Pretreatment by zincating
- Process steps for plating on aluminium
- Plating on the zinc deposit
- Cadmium plating
- Nickel electroplating
- Silver plating
- Zinc plating
- polishing
- Buffing or mopping
- Die design streaks
- polyester powder coatings
- Properties of polyester powder coatings
- porosity
- Porosity
- potential difference
- The main factors influencing the galvanic corrosion rate
- potential drop
- How to avoid or minimize galvanic corrosion
- powder coating
- lacquering
- Components in a lacquer
- Which type of lacquer to use?
- Different treatment steps in a powder coating process
- Drying prior to powder coating
- Powder coating
- Curing of the powder coating
- Various application methods for wet paints
- The most typical failures on coated profiles and how to avoid them
- Failures in the pretreatment process and how to avoid them
- Failures in the pretreatment process and how to avoid them
- Failures in the powder coating process and how to avoid them
- precipitation hardening
- Precipitation hardening
- General
- pretreatment
- Lacquering and painting
- protective adhesive tapes
- A review of the different methods of corrosion protection
- pulse anodising
- Pulse anodising
- pulse plating
- Pulse plating
- pulsed MIG
- MIG-welding
- punch
- Punch riveting
- punching
- Punching
- pure aluminium
- Group 3000 (AlMn)
Q
- quench sensitivity
- Quench sensitivity
- quenching
- General
- Practical use of ageing in the extrusion plant
R
- radioactive isotop
- Radiographic examination
- radiographic examination
- Radiographic examination
- reaming
- Reaming
- recrystallized
- Influence of thermal treatment and shaping
- reference electrode
- Different reference electrodes compared to Cu/CuSO4
- reflection
- Reflection capacity
- Aluminium as a reflector
- relative corrosion resistance
- Materials selection
- risk analysis
- Risk analysis
- rivet
- Riveting
- Solid rivets
- Riveting procedure
- Rivet material
- Rivet types
- Blind rivets
- riveting
- Punch riveting
- rockwool
- Rockwool
- rolling
- Influence of thermal treatment and shaping
- roughing
- Roughing
- routing
- Routing
S
- S-N curve
- Behaviour of aluminium alloy
- sacrificial anodes
- Cathodic protection
- safety factors
- Allowable stress method
- salt spray test
- Salt spray
- salt-SO2
- Salt-SO2 test
- sawing
- Sawing
- Circular saw
- Band saw
- Hacksaw
- SCC
- Stress corrosion cracking
- screw
- Screws and bolts
- Screw material
- Aluminium Screws
- Surface coated screws
- Screws of stainless steels
- Screw types
- Joint design
- Female threads in aluminium components
- Screw channels
- Thread inserts
- Joining procedure
- sea-water
- Corrosion in sea-water
- sealing
- Corrosion design, general guide-lines
- Info protective adhesive tapes
- Rinsing between the anodising steps
- Sealing (hot water sealing)
- Wood grain anodising
- Special sealing processes
- Various pretreatment methods prior to lacquering
- Test procedures for anodic oxide coating
- sealing bloom
- Sealing (hot water sealing)
- Sealing bloom
- sealing processes
- Hard anodising
- selection of alloy
- Materials selection
- Alloys for extrusions
- Guidenes for choosing alloy and heat-treatment
- selection of calculation method
- Design methods
- selection of corrosion protection
- A review of the different methods of corrosion protection
- selection of heat-treatment
- Heat-treatment
- self draining
- Corrosion design, general guide-lines
- self-tapping screws
- Screw types
- semi-automatic welding
- MIG-welding
- shaping
- Planing
- shear
- Shear
- side by side system
- Side by side system
- significance of the defects
- Acceptance criteria for weld defects
- silicates
- Water treatment
- silicon
- Influence of main elements, Mg and Si
- slow-flowing
- Influence of flow rate
- snaplock
- Snaplock
- soil
- Aluminium in contact with soil
- soldering
- Soldering and brazing
- Soldering
- solid solution hardening
- Solid solution hardening
- solution heat-treatment
- General
- Solution heat-treatment
- Practical use of ageing in the extrusion plant
- spalling
- Spalling
- spangling
- Spangling
- special properties and applications
- Special properties and applications for non heat-treatable alloys
- Special properties and applications for heat-treatable alloys
- specific heat
- Specific heat
- Specific heat
- splash
- Corrosion in sea-water
- Influence of O2-content
- Aluminium in contact with livestock manure
- spray painting
- Various application methods for wet paints
- spray-on cement based materials
- Spray-on cement based materials
- spray-transfer
- MIG-welding
- spraying
- Cathodic protection
- stability check
- Stability check
- stagnant
- Influence of dissolved CO2 and H2S
- standardised fire tests
- Standard fire endurance tests
- standardised thermal load
- Fire resistance, thermal load
- Temperature in deg. Celsius
- steel inclusions
- Inclusions
- stoichiometric ratio
- Intergranular corrosion
- stray current corrosion
- Stray current corrosion
- strength
- General information on main alloy groups
- Strength levels of main alloy groups-table
- Mechanical properties ñ typical values
- Strength levels-non heat-treatable alloys
- Strength levelsñheat-treatable alloys
- Effect of temperature on strength
- Strength of material
- Mechanical properties
- stress check
- Stress check
- stress corrosion cracking
- Introduction to stress influenced corrosion
- Stress corrosion cracking
- stretching
- Influence of thermal treatment and shaping
- sulphuric acid anodising
- Integral colouring
- supersaturated solid solution
- General
- surface area
- The main factors influencing the galvanic corrosion rate
- surface hardness
- Why surface treat aluminium extrusions?
- Properties of the anodic oxide coating
- surface quality
- Surface properties
- SWAAT test
- SWAAT test
T
- T
- T : Thermally treated to produce stable tempers
- T1
- T1
- T2
- T2
- T3
- T3
- T4
- T4
- T42
- T42
- T5
- T5
- T52
- T52
- T6
- T6
- T62
- T62
- T7
- T7
- T8
- T8
- T9
- T9
- tapping
- Thread rolling
- technological properties
- technological properties
- temper designation
- Temper designation
- temperature
- Low temperature properties
- Influence of temperature
- Mechanical properties
- tensile strength
- Strength of material
- tension
- Tension
- thermal conductivity
- Thermal Conductivity (
- Thermal conductivity
- thermo-galvanic
- How to avoid or minimize galvanic corrosion
- Influence of temperature
- thread inserts
- Thread inserts
- threading
- Threading
- Thread rolling
- tidal zone
- Corrosion in sea-water
- TIG-welding
- TIG-welding
- tin
- Influence of mercury, indium, gallium and tin
- titanium
- Influence of zinc, nickel and titanium
- torsion
- Torsion
- tribostatic powder coating
- Electrostatic powder coating
- Powder coating
- tungsten inclusions
- Inclusions
- turbulence
- Introduction to flow influenced corrosion
- Erosion- and turbulence-corrosion
- turning
- Turning
- Tx51
- Tx51
- Tx510
- Tx510
- Tx511
- Tx511
- Txx51
- Tx51
- Txx510
- Tx510
U
- ultrasonic examination
- Ultrasonic examination
- under deposit
- Aluminium in contact with livestock manure
- undercut
- Undercut
V
- vermiculite plates
- Vermiculite plates
- vertical anodising
- Vertical anodising
- Wood grain anodising
- VPPA (Variable Polarity Plasma Arc)
- Plasma-keyhole welding
W
- W
- W: Solution heat-treated
- water hardness
- Corrosion in fresh water
- water staining
- Crevice corrosion
- Water staining
- Water staining
- wear
- Pulse anodising
- Sealing (hot water sealing)
- wear and corrosion resistance
- Bright anodising
- wear resistance
- Properties of the anodic oxide coating
- Anodising process parameters
- Anodising in various electrolytes
- Hard anodising
- Curing of the powder coating
- Test procedures for anodic oxide coating
- weathering resistance
- Anodising
- weld metal cracks
- Weld metal cracks
- welded structures
- Welded structures
- welding
- Welding
- MIG-welding
- Friction stir welding (FSW)
- welding processes
- Welding processes
- white spots
- White spots
- wood
- Aluminium in contact with wood
- work hardening
- Deformation hardening
X
- X-ray
- Radiographic examination
Y
- yellow chromating
- Yellow chromating
- Various application methods for wet paints
- yield strength
- Strength of material
- Young's modulus of elasticity
- Strength of material
- Practical design
- Youngs modulus of elasticity
Z
- zinc
- Influence of zinc, nickel and titanium
- zinc phosphating
- Various application methods for wet paints
- zincate process
- Pretreatment by zincating
- zincate solution
- Process steps for plating on aluminium
- zincating
- Zinc plating
- ZnMg2
- General