Morteza Gholami
Head of Machinery design center Perlite construction company
Tel: +98 912 365 8849
Email: gholami3359@gmail.com - gholami@alum.sharif.edu
- M.Sc. in Mechanical Engineering
(Manufacturing), Sharif University of Technology, 2002, 2004. Thesis:
Computer Aided Tolerancing Based on Assembly Tolerance Analysis.
Total GPA: 17.45/20.
- B.Sc. in Mechanical Engineering
(Manufacturing), Tabriz University, 1998, 2002. Thesis: Developing
Software to Design Gears.
Total GPA: 14.75/20.
Specialized GPA: 15.19/20.
- High School Diploma in
Mathematics and Physics, 1994, 1998.
Total GPA: 17.04/20.
1.
Ranked 2nd in
M.Sc. graduated level in major of Manufacturing (Mechanical Engineering) in
Sharif University of Technology, 2004.
2.
Ranked 12th in
university entrance exam for M.Sc. degree (in major of Manufacturing), among
6628 participants, Iran, 2002.
3.
Ranked 2nd in
high school diploma among all high school students of the city of Shahryar of
Tehran province, 1998.
1.
Concrete
transportation systems design and manufacturing
2.
Crane design
(lattice boom cranes, bridge cranes)
3.
Formworks
design
4.
Heavy duty
machineries design and manufacturing
5.
Automation in
construction
6.
Blanking die
design
7.
Cutting and
bending die design
8.
Jacquard
machine design
9.
Software
Programming
10. Human body modeling
11. Agricultural machinery design
PUBLICATIONS
1.
Bathaee, K. and
Gholami, M. Design Process of change of functioning of a Power Shovel to a
Lattice Boom Crane of 300, ton Capacity, Accepted in SAE 2016 Commercial
Vehicle Engineering Congress, Rosemont, Illinois, USA
2.
Bathaee, K. and
Gholami, M. Design conveyor belt with 5 DOF that connected to lattice boom
crane for transporting concrete, Accepted in SAE 2016 Commercial Vehicle
Engineering Congress, Rosemont, Illinois, USA
3.
Bathaee, K. and
Gholami, M. Design a lattice boom crane of 480 tons lifting capacity,
Proceedings of 24st Annual International Conference on Mechanical Engineering,
ISME2016, Yazd university, Yazd, Iran, 26, 28 April, 2016.
4.
Bathaee, K. and
Gholami, M. Design bucket chain elevator for transporting digging materials in
Tohid tunnel, Proceedings of 24st Annual International Conference on Mechanical
Engineering, Yazd university, Yazd, Iran, 26, 28 April, 2016.
5.
Bathaee, K. and
Gholami, M. New concreting method using tower belt system, Proceedings of 21st
Annual International Conference on Mechanical Engineering, ISME2013, K.N. Toosi
University of Technology, Tehran, Iran, 7, 9 May 2013.
6.
Bathaee, K. and
Gholami, M. The design process of topbelt for transporting concrete,
Proceedings of 20th Annual International Mechanical Engineering Conference,
ISME2012, Shiraz University, Shiraz, Iran, 15, 17 May 2012.
7.
Gholami, M. and
Movahhedy, M.R. Tolerance analysis of the trigger mechanism assembly using
direct linearization method, Journal of Solid Mechanics in Engineering, Vol. 2
(2), p. 1, 9, 2010.
8.
Movahhedy, M.,
Atharifar, H., and Gholami, M. Intelligent tolerance allocation for a high duty
brake, SAE Technical Paper 2005, 01, 0508, 2005, doi: 10.4271/2005010508.
9.
Movahhedy, M.
R., Gholami, M. and Atharifar, H. Tolerance analysis for assembly function,
Proceedings of 12th International Conference of Mechanical Engineering, ISME2004,
Tarbiat Modares University, Tehran, Iran, 7, 9 May 2004 (in Farsi).
10. Movahhedy, M., Atharifar, H. and Gholami, M. Effects of tolerance
analysis and synthesis in reverse engineering, 1st Conference of Reverse
Engineering, Tehran, Iran, April 2004 (in Farsi).
SOFTWARE PROFICIENCY
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13. Super Forge |
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14. Mechanical Desktop |
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20. Working Model , MSC. Visual Nastran |
21. VBA |
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23. MakerBot |
PROFICIENCY CERTIFICATES
1.
Welding
Workshop on Structural Engineering, K. N. Toosi University of Technology, May
2004.
2.
CAT 966 GII
Loaders Hydraulic System, Hamkar Machine Training Dep., May 2005.
3.
CAT 966 GII
Loaders Power Train System, Hamkar Machine Training Dep., May 2005.
WORK EXPERIENCE
1.
Researcher,
Sharif University of Technology, Research Office, Tehran, Iran, 2003, 2004,
http://research.sharif.ir/home
2.
Manager of
Machinery Design and Manufacturing Section, Perlite Construction Company,
Tehran, Iran, 2005,present, http://www.perlite,
co.com.
3.
Advisor in
Jacquard Machine Design, Namadparda Company, Tehran, Iran, 2012, present, http://www.namadparda.com.
4.
Designer (of a
sliding formwork for Amirkabir Tunnel), Koohyar Ararat Company, Tehran, Iran,
2011, 2012, http://koohyar.com/.
PATENTS
- Design
and manufacturing of a hot rolling machine for fabrication of Grouted Splice
Sleeve Connections in precast concrete structures, submitted for
acceptance from State Organization for Registration of Deeds and
Properties intellectual property center of Iran
SELECTED ACCOMPLISHED PROJECTS
1.
Tolerance analysis software
5.
Design of tolerance
analysis software and adding it, as a new menu, to Autodesk Mechanical Desktop
toolbox (M.Sc. thesis), Sharif University of Technology, Research Office, 2003,
2004.
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Tolerance analysis menu, designed and added
to Mechanical Desktop |
2.
300, ton capacity lattice boom crane
Design of a 300, ton capacity
lattice boom crane, using a scrapped shovel (Bucyrus RB, 195), Perlite
Construction Company, 2005, 2007.
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Scrapped shovel and its changes to
a 300, ton lattice boom crane |
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The 300, ton crane working in
Seymareh Dam, Ilam, west of Iran |
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3.
A Conveyor assembly to expedite concreting
- Design
and supervising the fabrication of conveyor belts for transporting
concrete in Seymareh Dam, Ilam, west of Iran, Perlite Construction
Company, 2005, 2006. The conveyor belt (42, meter length) was connected to
a Manitowoc Crane with a 2DOF mechanism. The two conveyors (topbelt)
were connected to each other by means of a middle swing (Swing2). Swing2
provided the possibility of a 2, DOF motion and controlled rotational
angle of conveyor2. The conveyors assembly was connected to the crane by Swing1
which provided 1, DOF motion. Topbelt was suspended from two hooks which
had been controlled separately.
Using a conveyor assembly (topbelt)
attached to a lattice boom crane for transporting concrete, was the first of
its kind.
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Main parts of the topbelt attached to the crane |
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Topbelt and the crane transporting concrete,
Seymareh Dam, west of Iran |
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- Design and
supervising the fabrication of a conveyor belt for transporting concrete
(60, meter length) connected to a tower crane, Liebherr HC550, to expedite
concreting procedure in Seymareh Dam, Ilam, west of Iran, Perlite
Construction Company, 2007, 2008. The two
conveyors of the tower belt were connected to each other by means of a Middle
Swing, which was equipped with a break mechanism to control relative
angle of these two conveyors.
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FEM analysis of the tower belt main parts used to work in
cooperation with tower crane and manufacturing process |
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Tower belt CAD design and location of its fabricated system,
concreting in Seymareh Dam, West of Iran |
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4.
Chain bucket elevator
Design and supervising the
fabrication of chain bucket elevators of 36, meter height (3 units) and also of
42, meter height (3 units) for removing excavated soil from Towheed Tunnel
access shafts with a lifting volume of 45, 65 m3/h, Tehran, Iran,
Perlite Construction Company, 2008, 2009.
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Chain
bucket elevators in Towheed Tunnel access shafts, Tehran, Iran |
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Chain
bucket elevators in Towheed Tunnel access shafts, Tehran, Iran |
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5.
Telescoping system for rising tower crane
Design and supervising the fabrication of a tower crane telescoping
system to raise/lower a tower crane of 1000, ton, meter capacity (MD1000 Potain),
Seymareh Dam, Ilam, Perlite Construction Company, 2010, 2011.
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FEM
analysis and manufacturing of Telescoping system component |
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Telescoping
system assembly, Seymareh Dam, West of Iran |
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6.
Sliding formwork of a tunnel
Design of a sliding formwork for Amirkabir Tunnel, Tehran, Iran,
Koohyar Ararat Company, 2011, 2012..
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CAD
modeling and FEM analysis of the
formwork |
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fabricated
formwork, Amirkabir Tunnel, Tehran, Iran |
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7.
A bogie for mobility of tower cranes
Design of a bogie to move LIEBHERR 630 EC, H40 tower cranes for TAT
Commercial Complex Project, Perlite Construction Company, 2012, 2013.
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8.
Gantry cranes
Design
and supervising the fabrication of gantry cranes of 10, ton capacity for
locating hollow, core slabs in TAT Commercial Complex Project, Perlite
Construction Company, 2013, 2014.
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The gantry crane: left) CAD modeling, right)one of the fabricated gantry
cranes |
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9.
Bridge cranes
Design
and supervising the fabrication of bridge cranes of 16, ton capacity, Perlite
Construction Company, 2012, 2013.
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The bridge crane: left) CAD modeling, right)one of the fabricated bridge
cranes |
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.A conveyor for
transporting concrete
Design
and supervising the fabrication of a conveyor for transporting concrete for
about 72 meters of length in TAT Commercial Complex Project, Perlite
Construction Company, 2013.
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The fabricated conveyor for transporting concrete |
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10.
A bogie for transporting hollow, core slabs
Design and supervising the fabrication of a bogie for transporting
hollow, core slabs in TAT Commercial Complex Project, Perlite Construction
Company, 2013.
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The bogie for transporting hollow,
core slabs: left) CAD modeling, right) the fabricated bogie |
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11.
A drilling machine
Design and supervising the fabrication of a drilling machine for
digging inverted pendulum of Seymareh Dam, Ilam, west of Iran, Perlite
Construction Company, 2007.
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The drilling machine: left) CAD modeling, right) the fabricated machine |
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12. An expandable trailer
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The fabricated expandable trailer |
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13. Concrete buckets
Design and supervising the fabrication of six units of concrete buckets
(1.5m3 capacity), TAT Commercial Complex Project, Perlite Construction Company,
2014.
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CAD modeling of the concrete bucket and one of the fabricated buckets |
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14. A telescoping system for a tower crane
Design and supervising the fabrication of a telescoping system for
180HC LIEBHERR tower crane, TAT Commercial Complex Project, Perlite
Construction Company, 2014.
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CAD modeling of the tower crane telescoping system and the fabricated
system |
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15. Jacquard machines
Design of a jacquard mechanical components and its dynamic modeling
for controlling carpet design,
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16. Agricultural machinery (combined)
Design of a multi, task tillage and planter machine, August 2014,
present
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CAD modeling of the multi, task tillage
and planter machine |
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17. Mechanism design of 3D printer and experimental
milling machine (3 axes) for education.
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18. Design and supervising the
fabrication of a winch unit of 10, ton capacity, Perlite Construction Company,
central site, 2014.
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19. Design and supervising the
fabrication of a booster for increasing oil pressure from 100 bars to 1000
bars, Perlite Construction Company, central site, 2008.
20. Design and supervising the
fabrication of a Cartesian table for digging machine, Seymareh Dam, Ilam, west
of Iran, Perlite Construction Company, 2008.
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21. Design of software for calculations
of machining time, Perlite Construction Company, central site, 2007.
22. Chariots for a tower crane
Two chariots for 630HC LIEBHERR tower crane, Iran Mall Commercial Complex Project, Perlite Construction Company, 2014.
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23. design and manufacturing long rich
boom for excavator 375 (Caterpillar), full length with stick is 22 meter,
Perlite construction company, 2015
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24. Design and manufacturing rolling
machine for manufacturing Grouted Splice Sleeve Connection Perlite Construction
Company. 2016.
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25. sign and manufacturing for changing
wheel loader (Caterpillar 966 H) to lift truck machine for stepping precast
column, tat mall project - Tehran - Iran, Perlite Construction Company.2016.
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26. Design and manufacturing upsetting
machine for forging bar head for increasing bar head diameter and threading it
for precast - tat mall project - Perlite construction company 2016.
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27. Design and manufacturing
transporting machine for handling big precast components (weight 27 ton - length
18 meter), and it connected to the wheel loader. Tat mall project - Perlite
Construction Company. 2016.
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28. Design and manufacturing scalper
machine tools for aluminum factory
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DESIGN IN PROGRESS
1.
Tower
belts for concreting broad fields
Design of a tower belt system which is going to transport concrete
in fields of broad area, TAT Commercial Complex Project, Perlite Construction
Company, 2013, present
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Towerbelt for transporting
concrete in broad fields |
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A sample of concreting field and
location of designed towerbelts |
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2.
Design
of boom and mast systems for a scrapped crane chase.
In this project we are going to use a scrapped crane (without boom,
mast and hoisting system) as a base to have a crane of 350 ton capacity.
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The scrapped crane chase and FEM analysis of boom section |
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Autodesk inventor modeling of boom and mast on the available crane chase
(350 ton) Dynamic simulation of the designed boom and mast on the crane with
Simmech (Matlab) |
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3.
Furnace
Tending Vehicle
Design of a vehicle for charging aluminum furnaces (with a maximum capacity of 6
tons of aluminum billets in each charge of a furnace), Perlite
Construction Company, 2014, present.
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CAD
modeling of the designed furnace tending vehicle |
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4.
Design
robot for setup hollow core (tat mall project , Tehran)
Design of a robot for locating
hollow, core slabs (axial distance between columns in length is 18 meters and
in width is 10 meters, with a maximum lifting capacity of 10 tons), TAT
Commercial Complex Project, Perlite Construction Company, 2013, present
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simulation |
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5.
Supervising
for manufacturing a preheat furnace with 60-ton capacity of slabs for Aluminum
factory.
6.
Design
and modeling smart parking – (elevator and chariot) for lifting and moving
vehicle for locating in special location in vertical parking.
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7.
Manufacturing
supervisor of preheat furnace for aluminum factory (SNAQ - Qazvin) (Design by
EFER company).
8.
Wind
turbine CAE modeling in ANSYS and MATLAB (3.2 MW) – taking part (SKY WIND
(Germany) & Perlite construction Co.).
9.
Design
and modeling a special climbing crane for assembling wind turbine towers and
component.
10. Design and modeling lattice boom crane with 1200_ton capacity
(connect 2 lattice boom cranes (Manitowoc crane - series 7000) to each other).
11. Design a special climbing crane for polishing concrete in dam
structure.
12. Design a special retract and expandable workshop for mobile
workshop.
13. Design and modeling a ship lifter for ship repair
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