David Pollack MMFX Untitled Document
MMFX David Pollack




Nano-compsite martensitic steels

Carbon steels of high performance are disclosed that contain dislocated lath structures in which laths of martensite alternate with thin films of austenite, but in which each grain of the dislocated lath structure is limited to a single microstructure variant by orienting all austenite thin films in the same direction. …More

Search Report EP1461466A4 
Inventors: Grzegorz J Kusinski, David Pollack and 1 more | Assignee: Mmfx Technologies Corporation
Priority: 2001-12-14 | Filing: 2002-12-12 | Publication: 2005-06-22
CPC: C21D2211/008, C21D2201/03, C21D2211/001 and 3 more
Status: Granted

Triple-phase nano-composite steels

Carbon steels of high performance are disclosed that contain a three-phase microstructure consisting of grains of ferrite (11) fused with grains that contain dislocated lath structures in which laths of martensite (13) alternate with thin films of austenite (14). The structure includes the ferrite grains (11) fused with …More

Search Report EP1461467A4 
Inventors: Grzegorz J Kusinski, David Pollack and 1 more | Assignee: Mmfx Technologies Corporation
Priority: 2001-12-14 | Filing: 2002-12-12 | Publication: 2005-05-18
CPC: C21D2211/001, C21D1/19, C22C38/18 and 6 more
Status: Granted

Low-carbon steels of superior mechanical and corrosion properties

Alloy steels that combine high strength and toughness with high corrosion resistance are achieved by a dislocated lath microstructure, in which dislocated martensite laths that are substantially free of twinning alternate with thin films of retained austenite, with an absence of autotempered carbides, nitrides and …More

Search Report EP1218552A4 
Inventor: Gareth Thomas | Assignee: Mmfx Technologies Corporation
Priority: 1999-07-12 | Filing: 2000-03-28 | Publication: 2004-12-01
CPC: C21D2211/008, C21D7/02, C21D1/18 and 4 more
Status: Granted

Nano-compsite martensitic steels

Carbon steels of high performance are disclosed that contain dislocated lath structures in which laths of martensite alternate with thin films of austenite, but in which each grain of the dislocated lath structure is limited to a single microstructure variant by orienting all austenite thin films in the same direction. …More

Application EP1461466A1 
Inventors: Grzegorz J. Kusinski, David Pollack and 1 more | Assignee: Mmfx Technologies Corporation
Priority: 2001-12-14 | Filing: 2002-12-12 | Publication: 2004-09-29
CPC: C22C38/40, C21D2201/03, C21D2211/001 and 3 more
Status: Granted

Triple-phase nano-composite steels

Carbon steels of high performance are disclosed that contain a three-phase microstructure consisting of grains of ferrite (11) fused with grains that contain dislocated lath structures in which laths of martensite (13) alternate with thin films of austenite (14). The structure includes the ferrite grains (11) fused with …More

Application EP1461467A1 
Inventors: Grzegorz J. Kusinski, David Pollack and 1 more | Assignee: Mmfx Technologies Corporation
Priority: 2001-12-14 | Filing: 2002-12-12 | Publication: 2004-09-29
CPC: C21D1/19, C21D2211/005, C21D2201/00 and 6 more
Status: Granted

David C. Pollack

MMFX Steel Corporation of America

Cast steel and comply with requirements in ASTM A1035/A1035M-16b for Type CS, CM and CL Grade 100 bars. The specified or minimum yield strength is...
...SUBMITTED Data in accordance with the ICC-ES Acceptance Criteria for High-strength Reinforcing Bars (AC429), dated June 2016. 7.0 IDENTIFICATION Each

David C. Pollack

ICC Adds MMFX ChrōmX® 4100/2100 ASTM A1035 to Code Compliance Report


MMFX Steel Corporation announced that the International Code Council Evaluation Service (ICC-ES) has updated its Evaluation Report ESR-2107 to include two additional MMFX product lines — ChrōmX 4100 ASTM A1035 CM and ChrōmX 2100 ASTM A1035 CL high strength, corrosion resistant reinforcing steels. ICC Report

David C. Pollack  AASHTO

AASHTO Raises the Bar to 100 KSI Strength Concrete Reinforcing Steel for Bridge Construction

Nation’s Infrastructure to Benefit from MMFX2 Rebar’s High Strength and Corrosion Resistance

David C. pollack This guide provides recommendations on design provisions for the use of ASTM A1035/ASTM1035M Grade 100 (690) deformed steel bars for reinforced concrete members. The recommendations address only those requirements of ACI 318-08 that limit efficient use of such steel bars. Other code requirements are not affected.

This guide includes a discussion of the material characteristics of Grade 100 (690) ASTM 1035/A1035M deformed steel bars and recommends design criteria for beams, columns, slab systems, walls, and footings for Seismic Design Category (SDC) A, B, or C, and also for structural components not designated as part of the seismic-force-resisting system for SDC D, E, or F.
   



http://www.mmfx.tech
http://www.mmfx.us
http://www.mmfx.ws

http://www.chempharma.net/content.aspx?page_id=5&club_id=668134&item_id=17442

http://cen.acs.org/articles/89/i24/Building-Small.html

http://www.livingstonsecurities.com/livingston_conference2009/speakers.php

http://www.nanowerk.com/spotlight/spotid=16203.php

http://www.cif.org/nom2004/prewin04.htm

http://www.ipaustralia.com.au/applicant/mmfx-technologies-corporation/patents/AU2002357853/