The following articles from the Welding Journal are now available online:
Brazing & Soldering Today
September 2011 - Welding Journal
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Comparing High-Temperature Nickel Brazing Filler Metals
A comparison of Ni-Cr-Si-P alloys included brazing characteristics, corrosion resistance, and mechanical strength
By G. Stratford et al.
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Tips for Creating Consistency in Soldering
An understanding of four factors in the soldering operation will go a long way in gaining repeatability in production
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Calculating Joint Clearance at Brazing Temperature
A simple analytic model is proposed to predict joint clearance variations when joining dissimilar metals
By D. G. Stroppa et al.
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Liquation of Brazing Filler Metals — Good or Bad?
Brazing liquation is explained, and its influence on the strength of the joint is evaluated
By D. Kay
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Tips for Producing Strong Soldered and Brazed Joints
Follow these steps to ensure strong and leak-free joints
By G. Mitchell
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Measuring Contact Angles on Sessile Drop Test Samples
The contact angle comparison for a copper-stainless steel system indicated the projected area and cross-section methods presented results within a 95% confidence interval
By D. G. Stroppa, J. Unfried S., T. Hermenegildo, and A. J. Ramirez
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Direct Brazing of Sapphire to Niobium
The mechanisms by which niobium diffuses through liquid braze filler metal to react with sapphire were examined.
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Brazing Metal to Ceramic in an Oxygen-Containing Atmosphere
An alternative to the conventional vacuum brazing process was developed for joining metal to ceramic with brazing filler metals for the manufacture of solid oxide fuel cells
By M. Stefan Reichle, T. Koppitz, and U. Reisgen
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Brazing: An Important Joining Option
Brazing is compared to other joining methods considering the criteria of the application.
By C. Darling
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The Effects of Adding Silver and Indium to Lead-Free Solders
Wettability, microstructure, and microhardness of lead-free solder are shown to improve with small alloy changes.
By I G. B. Budi Dharma et al.
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Exploring Different Brazing and Soldering Methods
Furnace, dip, resistance, and torch methods of brazing and soldering are compared to see which is best for the job.
By J. Arnold et al.
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Induction Soldering Gets Maglev Vehicle on Track
Soldering plays a critical role in the magnetic performance of the levitation system.
By K. H. Holko
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How to Choose Nickel-Based Filler Metals for Vacuum Brazing
The efficiency and cost of making a brazement can depend on the right choice of filler metal.
By M. Weinstein et al.
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Evaluating Margins of Safety in Brazed Joints
Load-bearing capabilities of brazed joints are evaluated to determine margins of safety in the design criteria.
By Y. Flom et al.
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Solving the Problems Inherent to Torch Brazing Aluminum
The inherent problem with flux, filler metal, and techniques when brazing aluminum are addressed.
By K. Allen
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Soldering Silver to Aluminum and copper for Cryogenic Applications
A new approach to soldering cryogenic evaporators may be a solution to microprocessor cooling.
By L. A. Shapiro
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Testing Sinter Braze Integrity Using Resonant Inspection
The resonant acoustic method of nondestructive testing proves reliable in determining the integrity of sinter brazed powder metal parts.
By R. W. Bono
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Effects of Joint Clearance on the Capillary Rise of a Molten Filler Metal
Some simple calculations help to explain the effects of joint clearance during brazing.
By M. J. Kuta
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Comparing Metal-Ceramic Brazing Methods
This article will familiarize you with the brazing methods commonly used to join metals to ceramics and outlinje the advantaes and disadbantges of each.
By C. A. Walker and V. C. Hodges
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AWS Breaks New Ground with Soldering Specification
A short synopsis is provided of AWS's first specification to specifically address soldering technology.
By P. T. Vianco
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Head to Orlando for the Latest in Brazing and Soldering
Preview the highlights of next year's International Brazing & Soldering Conference.
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Amorphous Filler Metals Offer Great Potential for Joining Magnesium Alloys
Filler metals based on Zn-Mg-Al possess metallurgical properties that make them good candidates for brazing magnesium-based alloys.
By S. Muecklich et al.
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Joining of High-Strength Aluminum-Based Materials with Tin-Based Solders
Their low melting point makes tin-based solders well suited for soldering aluminum matrix composite materials.
By S. Weis et al.
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A Look at the Development of Magnesium-Based Filler Metals
Lap joints in magnesium-based alloys were produced and tested using an assortment of ternary alloys as filler metals with a range of fluxes.
By K. Bobzin et al.
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Advantages of Flux Cored Alloys for Open Air Brazing
Flux cored alloys reduce brazing process times and safety environmental concerns while improving braze joint quality and strength.
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Environmental Mandates and Soldering Technology: The Path Forward
Environmental legislation from around the world is the driver in advancing lead-free soldering technology.
By P. T. Vianco
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Advancing the Science of Automatic Brazing
Take a look at the evolution of automatic brazing machines from early designs to the high-speed, precision machines of today.
By R. Lohrey and G. Stout
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Determining Solder Alloy and Base Metal Compatibility
Testing for compatibility with new materials and processes can be accomplished with simple tests.
By A. E. Shapiro
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Brazing Ceramic to Stainless Steel Enhanced by Surface Modification
A unique method of joining shows promise to increase joint strength and reduce process time.
By Kyu-Yong Lee
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Brazing Titanium for Structural and Vehicle Applications
Vacuum brazing was investigated as a cost-effective option in joining titanium in areas that are difficult to access for welding.
By K. J. Doherty et al.
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A Study on the Effect of Brazing Time on Element Diffusion
To learn more about the formation of brittle joints, filler metal diffusion into the base metal was examined.
By S. K. Gupta et al.
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Advancements in Flux Cored and Flux Coated Brazing Products
There are production advantages to using flux cored and flux coated brazing materials
By D. Harris
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The Brazer's Question: Paste or Preforms?
Take a look at the pros and cons of using different forms of filler metal
By K. Allen and S. L. Feldbauer
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Challenges in Attaining Lead-Free Solders
Finding a single lead-free solder that is universally accepted has been somewhat difficult, but the search continues
By P. Baskin
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Comparison of Braze and Solder Materials for Joining Titanium to Composites
The shear strength and load-carrying capabilities of a titanium
By G. N. Morscher et.al.
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Soldering Aluminum Matrix Composites
A tin-based solder was reinforced with ceramic particles to improve the mechanical properties of the joint
By B. Wielage et.al.
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Brazing Magnesium Alloys and Magnesium Matrix Composites
New interest in brazing magnesium has arisen because of the material's use in automotive and aerospace parts
By A. E. Shapiro
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Brazing in Space: Enabling the Next Frontier
Vacuum brazing shows promise for assembling large truss structures during future space missions
By Y. Flom
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Controlled Atmospheres for Bright Brazing
Furnace brazing is often the best option for medium and large production runs
By P. F. Stratton and A. McCracken
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Modern Brazing of Stainless Steel
Brazing stainless steel becomes more economical and efficient with the use of advanced furnace design and control
By Stephen L. Feldbauer
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Manufacture of Braze and Solder Alloy Powders by Atomization
A key component in the success of brazed or soldered joints is how the alloy is made and the quality it brings to the process
By Dientje Fortuna
The following articles from the Welding Journal are only available in printed archives:
- State-of-the-Art of
Titanium-Based Brazing Filler Metals
Welding Journal, October
(2003), pp. 36-43.
A. Shapiro and A. Rabinkin
- Recent Development in
METGLAS® Alloy Brazing Foil Applications
Welding Journal, 10, 39
(1989).
A. Rabinikin
- New Applications for
Rapidly Solifidied Brazing Foils
Welding Journal, 10, 68, pp.
39-45.
A. Rabinikin
- Effects
of Load on Brazing with METGLAS® MBF-2005 and BCuP-5 Filler Metals
Welding Journal, 67, N5, 33
(1988).
A. Rabinikin, S. Pounds
- Stability to Aging of
Copper-to-Copper Joints Brazed with METGLAS®
MBF-2005 and BCuP-5 Filler Metals
Welding Journal, 67, 10, 29
(1988).
A. Rabinikin
- Rapidly Solidified
Copper-Phosphorus
Base Brazing Foils
Welding
Journal, 63, October, 14 (1984).
A.
Rabinikin, A. Datta, and D. Bose
Welding Journal
Research Supplements:
- Development
of Flux and Filler Metal for Brazing Magnesium Alloy Az31B
March, 2005. PDF document, 274K
By Wantanabe
- Activated
Diffusion Brazing Technology for Manufacture of Titanium Honeycomb
Structures - A Satistical Study
March, 2004. PDF document,
270K
By Huang
- Prediction
of the Fillet Mass and Topology of Aluminum Brazed Joints
March, 2004. PDF document,
373K
By Sekulic
- Flaw
Tolerance in Lap Shear Brazed Joints
January, 2004. PDF document,
265K
By Flom
- The
High-Temperature Wetting Balance and the Influence of Grit Blasting on
Brazing of IN718
October, 2003. PDF document,
512K
By H. D. Solomon, R. E. DeLair, and J. Thyssen
- Brazing
Stainless Steel Using a New MBF-Series of Ni-Cr-B-Si Amorphous Foil
Welding Journal, v 77, No. 2, pp.
66s-75s (1998).
A. Rabinikin, E. Wendski and A. Ribaudo.
Not online.
- High
Strength Nickel-Palladium-Chromium Brazing Alloys
Welding Journal,64, 23-s
(1985).
A. Rabinikin, A. Datta, D. Bose, N.
DeCristofaro
Not online.
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