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Industrial Processes & Controls Expert Witnesses

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40 Brambledown Road
Wallington SM6 0TF
GBR
phone: +442084012873
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Geoffrey Beresford Hartwell is a Chartered Engineer who practices as an Arbitrator, Adjudicator and Expert for Determination. Geoffrey is the former Senior Partner of Consulting Mechanical and Electrical Engineers BHA Cromwell House.

A one time Chairman of the Expert Witness Society, Geoffrey Hartwell has experience giving evidence in court (in both civil and criminal matters) and in International Arbitration. He sometimes is retained as a Single Joint Expert or as a Tribunal Expert. His services are offered to both Plaintiff and Defense. Even when retained on behalf of a Client he, like all Experts, has an overriding responsibility to the Court or Tribunal.

After his early career in aerospace and nuclear energy, Geoffrey entered private practice in association with the late Leslie Heap and Gerald Lewis of Heap and Digby, Consulting Engineers, in 1969. While with them he designed water and sewage equipment and also the bascule moving machinery for the Lowestoft Bridge, in Suffolk. He practiced also as Beresford Hartwell and Associates and, in 1971 established a separate office in Wallington, South London.

In parallel with his design career, Geoffrey was first appointed as arbitrator in 1972 and his first foreign arbitration, an ICC appointment in Switzerland, took place later that year. He studied Law to Intermediate level and then transferred to the examinations of the Institute of Arbitrators (now Chartered) of which he became Chairman in 1996-1997 and for whom he taught in various countries on several courses, including the prestigious Diploma in International Commercial Arbitration.

Technical Expertise:
  • Electrical Engineering and Design
  • Mechanical Engineering and Design
  • Instrumentation
  • Automation and Computer Control Systems
  • Maritime and Infrastructure Engineering
  • Process Engineering
  • Solid Waste Handling
  • Communications
  • Manufacturing
  • Computer Cartography
  • Moving Bridges and Lock Gates
  • Construction Project Management
  • Nuclear Energy
  • Water and Waste Water Treatment
  • Arbitration: Geoffrey Hartwell also acts as an arbitrator and adjudicator, as an expert mediator and conciliator, as an expert investigator and assessor for arbitral tribunals, and also as a Special Referee in the High Court of Justice of the Isle of Man. His services have been required in the UK and internationally.

    Dispute Boards: Geoffrey Hartwell has experience both as Member and as Chairman of Dispute Boards?. He has been a member of Dispute Boards, retained from the beginning of a project or, alternatively, appointed on an ad hoc basis when a problem arises, Dispute Adjudication Boards to determine a binding decision, and on Dispute Review Boards to make decisions that are advisory but not binding.

    Adjudication: Similar to arbitration, Mr. Hartwell adjudicates domestic and international disputes which are only temporarily binding unless otherwise agreed upon by the parties.

    View Geoffrey Beresford Hartwell's Consulting Profile.
    12/4/2013 · Mediation
    International Commercial Arbitration, the chosen basis of the annual Willem Vis Moot, is arguably not au fond a process at law. It is quite simply the performance of an agreement between two parties to have a chosen third party hear and determine some difference between them.

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    Frederick Passman
    President
    PO Box 3659
    Princeton NJ 08543-3659
    USA
    phone: 609-716-0200
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    Dr. Frederick Passman, PhD is a Certified Metalworking Fluids Specialist with over 35 years experience in Environmental & Industrial Microbiology. His company, Biodeterioration Control Associates, Inc. (BCA) provides clients with unparalleled expertise in Microbial Contamination Control.

    Dr. Passman offers a complete range of consulting services relating to microbial contamination control in the metalworking, fuel, petroleum production and water treatment (heat exchange) industries.

    Areas of Expertise:
    • Industrial microbial ecology
    • Root cause analysis of microbial contamination
    • Industrial process system biodeterioration
    • Microbially influenced corrosion
    • Health effects of exposure to bioaerosols in the industrial environment
    View Consulting Profile.
    6/3/2014 · Microbiology
    Despite their history of successful use as fuel system disinfectants and fuel preservatives, antimicrobial pesticide use faces increasing restrictions due to both regulatory control and public concerns. A variety of non-chemical treatments have been used with varying degrees of success to disinfect non-fuel fluids and to at least partially inhibit biofilm development on infrastructure surfaces. Promoters of one technology have claimed successful fuel disinfection and fuel-tank fouling prevention. This paper will review a range of non-chemical treatment technologies and will present the results of preliminary evaluations of several technologies that were tested on Jet A fuels that had been challenged with either Pseudomonas aeruginosa or Hormoconis resinae. Data are presented on treatment impact on adenosine triphosphate (ATP) concentration, culturability and live/dead direct counts in Jet A-1 and on glass microcosm surfaces.

    4/29/2014 · Microbiology
    Several of the major points that I made in 1995 need further consideration, based on both changes in the regulatory climate and field experience with microbial contamination control in surface transportation markets.

    3/25/2014 · Microbiology
    Smaller retailers depend on the expertise and reputations of their suppliers. Traditionally, refiners' attitudes about fuel were that if it met specifications at the time of sales, but failed later, the problem belonged to the owner at that time. As we begin to see impact of the Clean Air Act-driven fuel reformulations, increased consumer awareness and increased susceptibility to contamination, all market participants are going to have to cooperate to ensure that the customer with the engines gets consistently good fuel.

    2/20/2014 · Metallurgy
    Adenosine triphosphate (ATP) assays have been used to quantify bioburdens (biomass) in low-organic-compoundcontent fluids (freshwater, seawater, cooling tower water, and similar fluids) since the early 1950s. The original methodology was labor intensive and required considerable laboratory skill. Over the past half-century, the protocol has been simplified substantially, but until recently, chemical interferences made it impractical to use the ATP test in metalworking fluids (MWF).

    1/17/2014 · Microbiology
    Quantification of adenosine triphosphate (ATP) in fuels and fuel-associated waters was first presented at the Technische Akademie Esslingen 6th International Fuels Colloquium in 2007. At the time, two issues limited the overall usefulness of ATP as a test parameter: inability to differentiate between bacteria and fungi and inability to detect dormant microbes.

    12/11/2013 · Microbiology
    Three alternative, non-conventional test methods are evaluated for their ability to detect and quantify bioburdens in fuel and bottom-water samples. Two of the parameters, catalase activity and adenosine triphosphate (ATP) concentration have been used previously. This is the first report of the use of fluorescence polarization (FP) technology for fuel and fuel-associated water testing.

    11/6/2013 · Microbiology
    In August, 2012 a member of the LinkedIn Metalworking Fluids Group asked for a recommendation for the best biocide/fungicide package to be used to protect a semisynthetic metalworking fluid from biodeterioration. His posting has generated nearly 50 responses. Some of the suggestions were clearly based on limited experience; experience with few MWF, a limited number of MWF systems or both. I posted a number of comments to the string and have compiled them in this article.

    10/9/2013 · Microbiology
    Industrial lubricants are increasingly providing a rich environment for microbial growth and proliferation. Most of the knowledge of lubricant biodeterioration has been extrapolated from field and laboratory experience with metalworking fluids. Compositionally more complex than most lubricants, metalworking fluids are either solutions or emulsions of 5 to 10% coolant concentrate in water.

    9/10/2013 · Microbiology
    As industry seeks to improve the economy of plant operation, responsible managers are paying more attention to factors that affect efficient and reliable operation of their facilities. One area of attention that can payoff handsomely is the control of microbiological activity in coolant systems. Many engineers and plant operations personnel are just beginning to appreciate the effects on their machining operations caused by their plant "biosphere," which contains bacteria, fungus, mold and other contaminants.

    8/14/2013 · Microbiology
    Mounting concerns over operational and waste management costs, as well as the quality and safety of the work environment have provided increased impetus for both formulators and end-users to strive to improve coolant life. There are a number of alterative approaches to achieving this objective. In this paper, the concepts of bioresistance and biostatic are defined and compared.

    7/29/2013 · Microbiology
    This case study reports culture and acid-fast bacteria direct counts from 99 MWF samples received for microbiological testing at Warren, Mich.-based Biosan Laboratories between December 2006 and September 2007.

    7/11/2013 · Microbiology
    All metalworking-fluid formulations share the common problem of susceptibility to microbial attack. This is not all bad news, since we need the used dilute fluid to be biodegradable for disposal purposes.

    6/19/2013 · Microbiology
    During the past decade we have witnessed a tumultuous debate over the disease risks posed by microbes that inhabit metalworking fluid (MWF) systems. Not infrequently, that debate has occurred in the absence of satisfactory data.

    5/22/2013 · Microbiology
    Root cause analysis is the process used to identify the fundamental cause for an undesirable condition. Premature filter failure due either to plugging or other mechanism is generally perceived to be an acute problem.

    4/10/2013 · Microbiology
    Since there are no microbial standard for the fuels, microbial contamination remained undetected inless sli9me started to plug the filters.

    3/7/2013 · Fuel Systems
    An array of microcosms containing California Air Resources Board (CARB)-compliant, oxygenated S7-octane gasoline over nutrient-amended water was monitored over a 7-month period. The array included tiplicate microcosms of each of four conditions:

    2/15/2013 · Fuel Systems
    Microbes in Fuel Retailing was the last in my series of NPN articles. In it, I presented a more global perspective on the key issues that I had addressed in earlier articles. Since 1999 there have been some watershed changes in the industry since it was written. The most important ones all involve dramatic changes in fuel product composition.

    12/12/2012 · Fuel Systems
    Although the documentation of fuel biodeterioration dates back to the late 19th century, general recognition of the value of microbial contamination control evolved slowly until the 1980's. Since the early 1980's a number of factors have converged to stimulate greater interest in fuel and fuel system biodeterioration.

    10/5/2012 · Fuel Systems
    Adenosine Triphosphate (ATP) is an excellent biomarker present in all living cells. During the past several years, several ATP test methods have been developed to overcome interferences that have historically made ATP testing of fuels impractical.

    7/26/2012 · Microbiology
    Metalworking fluids provide an excellent environment for the growth and proliferation of a variety of bacteria and fungi. Historically, the incidence of infectious disease outbreaks at metalworking facilities has been rare. Consequently the primary focus of microbial contamination control efforts has been to prevent fluid biodeterioration.

    5/21/2012 · Fuel Systems
    Between 1994 and 1999, I had the opportunity to write a series of articles for National Petroleum News (NPN). Each article focused on one aspect of the connection between microbial contamination and operational problems in fuel retail systems.

    Frederick J. Passman, PhD
    This new ASTM manual brings together the various test procedures that technicians need to diagnose the contamination in fuels and fuel systems. It also suggests the means for detection and control of microbial contamination.
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    Gerard A. Macri, PhD
    Forensic Chemist
    27 Willow Pkwy
    New Windsor NY 12553
    USA
    phone: 845-742-6967
    fax: 845-561-9291
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    Gerard A. Macri, PhD, is a Forensic Chemist with over 40 years of experience. Dr. Macri provides investigations, technical, and scientific analyses and serve as an expert witness in the areas of:
    • Chemical Identification / Characterization of Unknown Materials
    • Chemical Forensic Evidence
    • Chemical Reactions and Products
    • Chemical Fires and Explosions
    • Accidents resulting from Incompatible / Unstable Chemical Mixtures
    • Chemical Overexposure Risks and Assessments
    • Safe Chemical Exposure Limits
    • Safe Use, Handling, and Storage of Flammable and Corrosive Materials and Chemicals
    • Consumer Product Liability
    • Consumer Products Design Defects
    • Investigations of Unsafe Chemical Products
    Litigation Support - Dr. Macri has served as an expert witness for liability claims on behalf of plaintiff / defendant attorneys, as well as insurance companies. His services include expert reports, rebuttal reports, affidavits, and supporting documents. Dr. Macri is available to testify in cases involving:
    • Chemical Fires and Explosions
    • Chemical Accidents Resulting from Incompatible chemical mixtures
    • Chemical Identification of Unknown Substances Causing Slip and Fall Accidents
    • Sampling, Testing, and Chemical Investigations
    • Industrial Chemical Applications
    • Environmental Regulations, Air & Water Emissions, Pollution Control
    • Chemical reactions, precious metal recovery processes
    • Chemical Characterization of Unknown Materials
    • Soil, Wastewater, and Groundwater Contamination
    • Chemical Plant Production and Operation
    • Chemical Forensic Investigations
    • Design defects & chemical accidents resulting from consumer products
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    Paul D. Terpstra, PE
    Wisconsin USA
    phone: 608-346-2392
    Paul D. Terpstra, PE, is a Mechanical Engineer who provides forensic engineering litigation support services. He has over 30 years of experience in Mechanical Design, Programming, Electrical Design, and Troubleshooting of Automated Machinery. He applies his Root Cause Analysis skills to reconstruct events and mitigate the consequences of accidents and failures which give rise to insurance claims and sometimes legal action.

    Mr. Terpstra served as Director of Research & Development for Gilman Engineering & Manufacturing, a major supplier of custom assembly equipment, before founding Innalytical Solutions Inc. He has designed equipment used by major manufacturing companies such as Ford, GM, GE, Potter & Brumfield, Borg Warner, Caterpillar, Siemens, and Rolls Royce. He has been granted six United States patents, three foreign patents, and has two additional US patent applications pending.

    Mr. Terpstra's expert witness services are available to insurance companies and attorneys.

    Areas of Expertise:
    • 3D CAD (SolidWorks CSWP)
    • Machine Design
    • Finite Element Analysis (FEA)
    • Mechanical Design
    • Control System Design
    • Mechatronic Design
    • Motion Control
    • Linear Servos
    • PLC Programming
    • Motion Programming
    • Forensic Engineering
    CNC Programming
  • Vision Inspection
  • Problem solving / Trouble-shooting
  • Machinery Repair
  • Control System Upgrades
  • Control System Retrofits
  • CNC Retrofits
  • Automation
  • Assembly Processes
  • Project Management
  • Failure Analysis
  • View Paul Terpstra's Consulting Profile.
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    Richard J. Long, P.E.
    Founder & Chief Executive Officer
    Corporate Headquarters:
    10029 Whistling Elk Drive
    Littleton, CO 80127
    CO, FL, GA, TX, KS, NC, DC
    USA
    phone: 303-972-2443
    fax: 303-972-6980
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    Florida Office:
    Andrew Avalon, PE, PSP
    President
    8633 Willow Kane Court
    Orlando, FL 32835
    T: (407) 445-0825
    F: (407) 445-0821

    Long International provides expert claims analysis, dispute resolution, and project management services to the Process Plant Engineering and Construction industry worldwide. Our primary focus is on petroleum refining, petrochemical, chemical, oil and gas production, mining/mineral processing, power, cogeneration, and other process plant and industrial projects. We also have extensive experience in hospital, commercial and industrial building, pipeline, wastewater, highway and transit, heavy civil, microchip manufacturing, and airport projects.

    Richard Long Richard J. Long, PE, Founder and Chief Executive Officer of Long International has over 40 years of U.S. and international consulting experience involving construction contract disputes analysis and resolution, arbitration/litigation support and expert testimony, project management, engineering / construction management, cost and schedule control, and process engineering. As an internationally recognized expert in the analysis and resolution of complex construction disputes for over 25 years, Mr. Long has served as the lead expert on over 300 projects having claims ranging in size from US$100,000 to over US$1 billion.



    Andrew AvalonAndrew Avalon, PE, PSP is President of Long International and has over 28 years of engineering, construction management and claims consulting experience. He is an expert in the preparation and evaluation of construction claims, business interruption claims, schedule delay analysis, arbitration/litigation support and dispute resolution. He has prepared more than thirty CPM schedule analyses, written expert witness reports, and supported attorneys in depositions, cross-examinations, mediations and settlement negotiations. Mr. Avalon has analyzed construction schedules for owners and contractors to determine the causes of construction delays and to equitably allocate responsibility for delay-related costs.



    W. Tom ThweattW. Tom Thweatt is a Principal with Long International and has over 40 years of engineering, construction, and management consulting experience. He has extensive experience in major U.S. and international refining, chemical, petrochemical, pipeline, infrastructure and thermal / hydroelectric power generation projects ranging from US$40 million to US$1.8 billion. He has worked extensively in projects that were executed by multi-national joint ventures on both the owner's and the contractor's sides. Mr. Thweatt has served on Joint Venture and Consortium Executive Committees and has participated directly in claims negotiations and settlement agreements in excess of US$100 million.

    9/27/2013 · Construction
    The "discrete damages/cost variance analysis method" for quantifying construction claim damages involves the specific distribution of all costs incurred on the project rather than quantifying only certain parts of the cost or damage analysis as may be used in the other methods.

    9/4/2013 · Construction
    ABSTRACT - This paper provides guidelines to commercial construction cost engineers for the development of a plan for obtaining and utilizing subcontractor cost information for use in bidding, procurement, scheduling, change order management, and claim management. The paper is based upon personal field experience gained in cost engineering, scheduling, bidding, planning, contracting, and claim analyses.

    8/13/2013 · Construction
    A component of a construction claim often relates to the cost, quantity, and quality of the materials that the contractor installed on a project. The contractor frequently purchases these materials and agrees to install the quantities of materials on a unit price basis, i.e., a unit price that includes both the cost of the materials and the cost to install them.

    12/17/2012 · Construction
    Most construction contracts, whether they are standard or customized forms, usually contain specific provisions related expressly to the process of giving "notice." The notice generally refers to an obligation on the part of the Contractor to notify the relevant party administering the contract, normally the architect, resident engineer, or owner's representative, of a claim or change event that gives rise to possible additional entitlement for time and/or cost.

    4/13/2012 · Construction
    The equitable allocation of responsibility for project delays is essential to the resolution of many construction disputes. Contractors frequently assert that they have been delayed for reasons beyond their control. Owners often remain unconvinced that the Contractor is legitimately entitled to a time extension or delay, acceleration and loss of productivity damages.

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    Brian Huber
    8595 Columbus Pike, #222
    Lewis Center OH 43035
    USA
    phone: 740-816-9178
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    Brian Huber is a Machine Safety Expert with over 20 years of experience designing control reliable systems and risk assessment programs. He has attended OSHA Machine Guarding Schools 204 and 204A, OSHA Electrical Safety School 309A, OSHA 501, and the ASSE Workshops for ASP certification, NPFA 79 and 70E.

    A member of ASSE, Mr. Huber has been authorized by OSHA to conduct General Industry 10 and 30 Hour Training and has also been certified as a PMMI trainer. His expertise with machine guarding products has been recognized by major manufacturers of machine guarding products and he has advised on new product development and applications. Since 1996, he has been deeply involved in machine safety and has consulted with many companies to improve their machine safety programs.

    Litigation Support - Mr. Huber has a strong background in automation and control with additional experience in machine safety can provide the depth of knowledge needed to prevail in court. He provides expert witness services to help interpret ANSI and NFPA safety standard issues as well as OSHA regulations in Subpart O.

    Mr. Huber's services include advice, training, depositions, or court testimony. Training can be provided to law firm staff regarding Control Reliability, how circuits should work, and the frequent deficiencies of installed machine control circuits. Working examples of Control Reliable circuits, examples of proper and deficient products can be shown to interested parties.

    View Brian Huber's Consulting Profile.
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    David G. Curry, PhD, CHFP, CSP
    420 N. Main Street
    Montgomery IL 60538
    USA
    phone: 630-740-6871
    fax: 630-701-7732
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    David G. Curry, PhD, CHFP, CSP, consults on all aspects of Human Factors, Applied Human Performance, Ergonomics, and Safety. He has over 30 years of experience working in accident investigation, product design and development, operational testing and analysis, and both laboratory and field research in the control / display, aviation, and surface vehicle arenas.

    Dr. Curry holds graduate degrees in Experimental, Human Factors, and Cognitive/ Perceptual Psychology, Industrial Engineering, and Business. He retired as a Lieutenant Colonel from the Air Force Reserve, where he worked with the Air Force Research Laboratory in the area of display technologies, aircrew training, and pilot-vehicle interfaces.

    Litigation Support - Dr. Curry is recognized as an expert in operator-vehicle interaction, and is both a Certified Human Factors Professional and Certified Safety Professional. He holds several patents and has or does serve as a member of national standards-making committees for a variety of organizations (e.g., ANSI, ASTM, and SAE.) Dr. Curry has provided expert testimony in both State and Federal courts.

    Areas of Particular Expertise:
    • Human / Machine Interface Design and Evaluation
    • Human Capabilities and Limitations in Applied Environments
    • Industrial Ergonomics
    • Instructions and Warnings
    • Perception / Vision / Visibility
    • Slips / Trips / Falls
    • Evaluation of Equipment / Facilities / Structures from a Human Use Standpoint
    • Safety-related Issues in General
    View Dr. Curry's Consulting Profile.
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    Thomas Read, PhD
    Principal
    1435 Fulton Rd.
    Santa Rosa CA 95403
    USA
    phone: 707-544-2374
    fax: 707-544-2370
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    Expert Background: Dr. Thomas L. Read is the Principal and CEO at A. Read Consulting, LLC. He received his PhD. from Stanford University in 1972 and has over 25 years of manufacturing experience in electronics, metallurgy, factory safety, failure analysis, glass fracture, glass failure and bottle failure. As a member of the electronics industry, he has earned process patents and has an extensive background in manufacturing techniques.

    In parallel, Dr. Read has spent over twenty five years as a consultant to attorneys and engineers. He has given more than 100 depositions and has appeared in court numerous times.

    Company Profile: Read Consulting, LLC is a full service laboratory providing services in the following areas:
  • Failure Analysis; Factory Safety and Personal Injury (including machine guards and manufacturing safety)
  • Glass Failure Analysis - Glass Fracture, Glass Failures and Bottle Failure
  • Metal and Ceramic Failure
  • Grinding Wheel Failures
  • Intellectual Property and Patent Disputes
  • Product Liability and Product Quality
  • Manufacturing Disagreements (such as Intellectual Property, Failed equipment and Contract Disputes)
  • Reverse Engineering
  • 4/23/2015 · Failure Analysis
    Read Consulting was asked to determine why a welded chair failed and caused injury to the person sitting in it.

    The root cause of the failure of customer returns of heated automobile rear view mirrors was investigated.

    During normal operation, the arm on an automatic wafer test station failed. Root cause failure analysis determined that the drive shaft on the right angle gear motor used to raise and lower the manipulator arm had failed first.

    5/21/2012 · Failure Analysis
    This grinding wheel was part of a product liability and personnel injury case. It was claimed that the subject wheel had unexpectedly failed (i.e. flown apart) and an escaping piece had hit the plaintiff in the face causing serious injuries. According to the user, the grinder with the wheel was purchased approximately one hour before the grinding wheel failure.

    3/29/2012 · Failure Analysis
    A failed plastic lawn chair was examined to determine the cause of failure. This chair failed on the premises of a restaurant In this study the subject chair is examined and compared to several exemplar purchased at the same time. The objective of this study is to determine the cause of failure.

    11/8/2011 · Failure Analysis
    Glass Failure Analysis Expert Witness performs a failure analysis of a several tempered glass doors that had "spontaneously" failed at a construction site. The objective of this glass failure analysis is to determine the cause of failure and make recommendations to the contractor.

    8/30/2011 · Failure Analysis
    Materials failure analysis expert performs a failure analysis to determine the source of a metal piece found in tomato product.

    5/17/2011 · Failure Analysis
    A plumbing failure analysis was performed to determine why a cold water supply line to a bathroom sink had failed after only one year of service.

    A glass failure expert witness performs a root cause failure analysis on an exploding beer bottle. The object of this root cause failure analysis is to determine the cause of the bottle failure.

    7/7/2009 · Design
    Before expending the effort necessary to reverse engineer a device or object, it must be definite that the object under study is not covered by one or more patents. This avoids a dispute over patent violations. Once it has been established that no patent coverage exists, one can use multiple techniques to reverse engineer a product. These are summarized below:

    The cracked tank was first inspected in the "as received" condition. In this condition it was cracked, but it was still whole. Next, the failed tank was separated by pulling it apart. This was done to expose the fracture surfaces of the main crack. This allowed for a complete failure analysis and for a determination of where the crack initiated.

    Glass fractography is the most effective method for determining why a glass object, such as a bottle, failed. This technique consists of examining the fracture surfaces of the failure for artifacts such as Wallner lines and using them to trace the crack back to its origin. Once the origin has been identified, it can be examined in detail with a microscope to determine the cause of the failure.

    1/28/2006 · Failure Analysis
    Note: Glass Fractography is the most effective method for determining why a glass object, such as a bottle, failed. This technique consists of examining the fracture surfaces of the failure for artifacts such as Wallner lines and using them to trace the crack back to its origin

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    V. Alan Werner, PE
    PO Box 3041
    Renton WA 98056
    USA
    phone: 4257653538
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    V. Alan Werner, P.Eng, PMP, F.NSPE, holds multi-state professional registrations and has over 40 years of Mechanical Engineering experience in multiple venues with domestic and international clients.

    Mr. Werner performs mechanical design projects relating to equipment installation, process design, or support structures. His consulting services specialize in those projects requiring engineering experience and skills in areas ranging from building exteriors to worker noise exposure with many other experiences between.

    With specific expertise in Industrial Process Systems and Industrial Process Equipment, his industry experience spans district energy, plant boilers, pulp and paper, gypsum wallboard, cement production, food processing, brewing, and miscellaneous markets in all engineering responsibilities.

    Using a proprietary thermodynamic model, Mr. Werner is able to replicate boiler and chiller systems to duplicate normal and off-spec operations. He has designed mechanical parts and machinery, some using unusual materials and/or features and has experience in worker sound exposure investigation and remediation, as well as "fence line" acoustical research. Professional licenses are in Washington, California, Florida, and British Columbia.

    Litigation Support - Mr. Werner provides expert witness services to counsel for Plaintiff and Defense. His cases and expertise involve forensic failure analysis of:
    • Industrial Processes
    • Pumps
    • Fans
    • Heat Exchangers
    • Mixers
  • Specialty Equipment
  • Piping (safety devices, pipe support systems)
  • Pumps
  • Steam Production
  • Fluid Transfer