Readings / Frederick Law Olmsted

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Readings / Frederick Law Olmsted

September 22, 2023
mike@standardsmichigan.com
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“Architect’s Dream” 1840 Thomas Cole

National Park Service: College and School Campuses

The large number of entries in the category of school campuses, which encompasses locations in many places in the United States and Canada, testifies to the importance of educational clients to the success of the Olmsted firm. It also reflects the ever-increasing importance that education came to occupy in American life after the Civil War. Frederick Law Olmsted was of a generation of social thinkers who gave credence to the notion that the physical environment of learning- buildings and grounds- played a significant role in the success of education. Olmsted had planned campuses for the new universities, notably Cornell University and Stanford University; his successors carried on and expanded this sphere of landscape architecture. The names of many well-known colleges and universities, such as Wellesley College, Johns Hopkins University and Princeton University, highlight the list of commissions from institutions of higher education. Together with many private and public universities, the Master List includes public elementary schools and secondary schools, religious and private schools, private preparatory schools, normal schools, liberal arts colleges, women’s colleges, and agricultural colleges. The bulk of the projects in this category date from the first three decades of the twentieth century, the time during which John Charles Olmsted and Frederick Law Olmsted Jr. guided the firm.

As is the case in other thematic project categories, many of the school campus projects have a job number but this Master List shows no associated plans. This does not necessarily mean the firm did not take on design work for these clients. For example, Gallaudet College (the present Gallaudet University) in Washington, D.C., was an important Olmsted project. Researchers are also advised to consult the thematic category of Ground of Residential Institutions, which includes some educational clients.

Text taken from The Master List, written by Francis R. Kowsky


More

Frederick Law Olmsted: The Passion of a Public Artist

University Planning and Architecture: The search for perfection

Beyond Central Park: Three Idyllic Landscapes by Frederick Law Olmsted

 

Metals

September 21, 2023
mike@standardsmichigan.com

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Hephaestus: God of Fire, Metalwork, and Building

MasterFormat Division 5: Metals

 

Today we refresh our understanding of action in the catalogs of the following standards developers in the metalwork domain:

American Society of Mechanical Engineers

ASME Boiler & Pressure Vessel Code Section IX Welding

Determining Strength of Corroded Pipelines

American Welding Society

ASTM International

Institute of Electrical and Electronic Engineers

Human-centered augmented reality manual arc welding active safety design

International Code Council

International Building Code Chapter 22 Steel
International Fire Code Chapter 35 Welding and Other Hot Work

International Electrotechnical Commission TC 26

International Standardization Organization TC/44

National Fire Protection Association

National Electrical Code Article 630 Electric Welders
Install 50 Amp welder outlet circuit in workshop for 220/240 VAC MIG welder

National Electrical Code CMP-12

Electrical Safety in the Workplace

Occupational Safety and Health Administration

Welding, Cutting and Brazing

Sheet Metal and Air Conditioning Contractors

Welding Mathematics

Open to everyone.  Use the login credentials at the upper right of our home page.

Readings

The troubled history of vocational education

Smith-Hughes Act of 1917


Welding technology has evolved over centuries, and it’s difficult to credit a single person with advancing it because they each played a role in the “gales of innovation” described by Joseph Schumpeter.  Here are a few notable individuals:

  1. Sir Humphry Davy (1778-1829): Davy, an English chemist and inventor, is often credited with the discovery of the electric arc, a critical development in welding technology. His work laid the foundation for many modern welding processes.
  2. Elihu Thomson (1853-1937): Thomson, an American engineer and inventor, made substantial contributions to electric welding technology. He improved the design of welding machines and was a pioneer in developing the resistance welding process.
  3. Nikolay Benardos (1842-1905): A Russian inventor and engineer, Benardos is often credited with patenting one of the first arc welding methods using carbon electrodes. His work helped popularize arc welding as a practical joining method.
  4. C.L. Coffin (1877-1959): Coffin, an American engineer, played a crucial role in the development of the submerged arc welding process. This method is still widely used in heavy industry for its high deposition rates.
  5. Charles Picard and Auguste De Meritens: These two inventors are credited with developing the first successful welding process using a consumable electrode, known as metal-arc welding. Their work laid the foundation for modern stick welding.
  6. Carl Wilhelm Siemens (1823-1883): Siemens, a German engineer, made significant contributions to the development of gas welding. His work with gas flames laid the groundwork for the oxyfuel welding and cutting processes that became essential in industry.
  7. Percy Spencer (1894-1970): Spencer, an American engineer, accidentally discovered microwave heating while working with radar equipment during World War II. His discovery indirectly contributed to the development of microwave welding techniques.

These individuals are the first names that collectively advanced welding technology.

What Fine Madness

September 21, 2023
mike@standardsmichigan.com

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Determining Strength of Corroded Pipelines

September 21, 2023
mike@standardsmichigan.com

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Massachusetts Institute of Technology

As cities-within-cities many colleges and universities own and maintain at least 10 miles —  and possibly up to 1000 miles —  of underground piping for water, steam and natural gas; much of it under pressure within buildings or in outside, underground tunnels.  The American Society of Mechanical Engineers develops a suite of standards for these, and many other piping systems:

ASME B31 Piping System Standards

Fluids running under pressure are a significant infrastructure hazard in educational and all communities

ASME has released a redline of  B31 Manual for Determining the Remaining Strength of Corroded Pipelines for public comment:

ANSI Standards Action Pages 137 – 139

ASME often posts its redlines in ANSI Standards Action as well as on its standard development platform:

https://cstools.asme.org/

This document is intended solely for the purpose of providing guidance in the evaluation of metal loss in pressurized pipelines and piping systems.

Comments are due July 26th.

You may send comments (with optional copy to psa@ansi.org) to: Ray Rahaman, rahamanr@asme.org

The ASME consensus product line is on the standing agenda of our periodic Mechanical, Energy and Nota Bene teleconferences.  See our CALENDAR for the next online meeting; open to everyone.

Issue: [19-148]

Category: District Energy, Energy, Mechanical

Colleagues: Richard Robben, Larry Spielvogel

 

 

 

Water 100

September 20, 2023
mike@standardsmichigan.com
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“At the Water Trough” 1876 J. Alden Weir

 

“A flood is nature’s way of telling you

that you live in the wrong place.”

— Some guy

 

Water standards make up a large catalog and it will take most of 2023 to untangle the titles, the topics, proposals, rebuttals and resolutions.  When you read our claim that since 1993 we have created a new academic discipline we would present the best practice literature of the world’s water standards as just one example.

The Water 100 session takes an aerial view of relevant standards developers, their catalogs and revision schedules.

The Water 200 session we examine the literature for best practice inside buildings; premise water supply for food preparation, sanitation and energy systems.

The Water 300 session reviews standards covering athletic facilities such as swimming pools, therapeutic tubs, ice rinks and the like.

The Water 400 session will run through best practice catalogs of water management outside buildings, including interaction with regional water management systems.

The Water 500 session is a study of case histories, disasters, legal action related to non-conformance.  Innovation.


Water safety and sustainability standards have been on the Standards Michigan agenda since the early 2000’s.  Some of the concepts we have tracked over the years; and contributed data, comments and proposals to technical committees, are listed below:

  1. Legionella mitigation
  2. Swimming pool water quality
  3. Fire protection sprinkler water availability and safety
    – NFPA 70 Article 695 Fire Pumps
  4. Backflow prevention/Cross-connect systems
  5. Security of district energy power plant and hospital water supply
  6. Electrical shock protection in pools, fountains, spas and waterfront recreational docking facilities
  7. Rainwater catchment
  8. Water in extreme weather events
  9. Flood abatement systems
  10. Building plumbing codes (ICC and IAPMO)
  11. Water Re-use
  12. Water heaters
  13. District energy water treatment
  14. Food service steam tables
  15. Greywater
  16.  Residence hall potable water systems
  17. Water use in emergency shower and eyewash installations
  18. Decorative fountains.
  19. Standard for the Inspection, Testing, and Maintenance of Water-Based Fire Protection Systems

40 CFR § 141.92 – Monitoring for lead in schools and child care facilities

Since 2016 we have tracked other water-related issues:

  1. Safe water in playgrounds
  2. National Seagrant College programs
  3. Guide to Infection Control in the Healthcare Setting
  4. Electrical safety around water (cooling towers, swimming pools, spas)
  5. ASTM Water Testing Standards
  6. ASTM Standard for Water Distribution
  7. Electricity and Water Conservation on College and University Campuses in Response to National Competitions among Dormitories: Quantifying Relationships between Behavior, Conservation Strategies and Psychological Metrics

Relevant federal legislation:

  1. Clean Water Act
  2. Drinking Water Requirements for States and Public Water Systems
  3. Resource Conservation and Recovery Act
  4. Safe Drinking Water Act

Relevant Research:

Real Time Monitoring System of Drinking Water Quality Using Internet of Things

UNICON: An Open Dataset of Electricity, Gas and Water Consumption in a Large Multi-Campus University Setting

IoT based Domestic Water Recharge System

 

Send bella@standardsmichigan.com an email to request a more detailed advance agenda.   To join the conversation use the login credentials at the upper right of our home page.

More

IAPMO Publishes U.S., Canadian Standard for Detection, Monitoring, Control of Plumbing Systems

Standing Agenda / Water

Natatoriums 300: Advanced Topics

More

Solitude Lake Management for Universities and Colleges

Rain & Lightning

Building Water Demand

September 20, 2023
mike@standardsmichigan.com
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CLICK IMAGE

“…To combat the challenges that plumbing designers face, the NIST report recommends that researchers address a plethora of questions, including how water is used in different types of buildings, how water flow and plumbing design affect water quality, what factors influence chemical reactions and bacterial growth in pipes, and how fast water quality declines in plumbing systems…”

 

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