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Afshin G.

@AfshinGhaemi

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4.8
1
2.6
2.6
100%

Experienced structural designer

$20 USD / Saa
・
Bedera ya
Turkey (4:08 AM)
・
Alijiunga mnamo Oktoba 29, 2023
$20 USD / Saa
・
• Perform analysis and detailed design computations of various residential, administrative, commercial, cultural, educational, heritage, multi-functional complexes, industrial, airport & seaport buildings, etc. • Assessment of existing structure for retrofit/rehabilitation/renovation • Perform seismic retrofit studies for various buildings. • Prepare drawings and documentation as well as technical reports for the relevant organizations and authorities • Manage the project through different phases in collaboration with architects, MEP Engineers, builders, stakeholders, and official authorities . Architectural design
Uthibitishaji
Kwa wakati
100%
Kwa bajeti
100%
Kubali kiwango
100%
Freelancer Civil Engineers Turkey
Angalia woteCivil Engineers in Turkey

Portfolio

Portfolio

12485071
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
12482962
Client wanted to renovate a flat in an old residential tower. Due to the proper height, the addition of various mezzanines which were suspended of the ceiling and walls were considered in the architectural design. Also, a small pool was designed on the top of the parking area. The structure with a dual system of moment frame and shear wall had good capabilities to do this. The challenge of the project was elegance and how to connect the micro structures to the main structure.
FLAT
Client wanted to renovate a flat in an old residential tower. Due to the proper height, the addition of various mezzanines which were suspended of the ceiling and walls were considered in the architectural design. Also, a small pool was designed on the top of the parking area. The structure with a dual system of moment frame and shear wall had good capabilities to do this. The challenge of the project was elegance and how to connect the micro structures to the main structure.
FLAT
12482862
The calculation was carried out to provide a report presenting assessment of the primary condition of the structure, and to recommend appropriate action. Determination is based on the technical documentation provided by the client, Indian and international codes and our professional experience. The structure and foundation remodeled with CSI ETABS2000 & CSI SAFE2000. New model is based on structure drawings dimensions and reinforcement. Material properties have been chosen as same as exist design. Applied dead and live loads are in accordance codes IS 875-1 & IS875-2.Elements of structure have been controlled via ACI 14 and IS 456 codes. Many elements do not pass requirements of both codes. The beams do not pass the ductility demands and columns for resistance criteria. Foundation designed in accordance with IS 1904 sections 15.1.3,15.1.6 and 15.1.7 and 16.3.2,16.3.4 table 1 & IS 2950-1
Educational Center in INDIA
The calculation was carried out to provide a report presenting assessment of the primary condition of the structure, and to recommend appropriate action. Determination is based on the technical documentation provided by the client, Indian and international codes and our professional experience. The structure and foundation remodeled with CSI ETABS2000 & CSI SAFE2000. New model is based on structure drawings dimensions and reinforcement. Material properties have been chosen as same as exist design. Applied dead and live loads are in accordance codes IS 875-1 & IS875-2.Elements of structure have been controlled via ACI 14 and IS 456 codes. Many elements do not pass requirements of both codes. The beams do not pass the ductility demands and columns for resistance criteria. Foundation designed in accordance with IS 1904 sections 15.1.3,15.1.6 and 15.1.7 and 16.3.2,16.3.4 table 1 & IS 2950-1
Educational Center in INDIA
The calculation was carried out to provide a report presenting assessment of the primary condition of the structure, and to recommend appropriate action. Determination is based on the technical documentation provided by the client, Indian and international codes and our professional experience. The structure and foundation remodeled with CSI ETABS2000 & CSI SAFE2000. New model is based on structure drawings dimensions and reinforcement. Material properties have been chosen as same as exist design. Applied dead and live loads are in accordance codes IS 875-1 & IS875-2.Elements of structure have been controlled via ACI 14 and IS 456 codes. Many elements do not pass requirements of both codes. The beams do not pass the ductility demands and columns for resistance criteria. Foundation designed in accordance with IS 1904 sections 15.1.3,15.1.6 and 15.1.7 and 16.3.2,16.3.4 table 1 & IS 2950-1
Educational Center in INDIA
12476595
An urban monument was designed with a steel structure. it consists of steel structure and non-structural parts. Seismic and wind loads are applied to the structure.
MONUMENT
An urban monument was designed with a steel structure. it consists of steel structure and non-structural parts. Seismic and wind loads are applied to the structure.
MONUMENT
11856340
The project acts as a reservoir tank, and consists of concrete walls, a floor, and a covering roof. The tank was divided to 3 parts according to usage. fluid and soil pressure loads are applied to the structure and design was based on ACI 318.
CONCRETE WATER TANK
The project acts as a reservoir tank, and consists of concrete walls, a floor, and a covering roof. The tank was divided to 3 parts according to usage. fluid and soil pressure loads are applied to the structure and design was based on ACI 318.
CONCRETE WATER TANK
12435769
The 30-meter-long arced structure was designed in accordance with Eurocode standards, considering vibrations from vehicle movement and temperature gradients. It features concrete columns and boxed steel beams, optimized for both architectural constraints and structural performance. To enhance stability, the beams must be adequately laterally braced. Furthermore, special attention should be given to ensuring the structural integrity of the floors and connections.
Ramped Parking IN Morroco
The 30-meter-long arced structure was designed in accordance with Eurocode standards, considering vibrations from vehicle movement and temperature gradients. It features concrete columns and boxed steel beams, optimized for both architectural constraints and structural performance. To enhance stability, the beams must be adequately laterally braced. Furthermore, special attention should be given to ensuring the structural integrity of the floors and connections.
Ramped Parking IN Morroco
The 30-meter-long arced structure was designed in accordance with Eurocode standards, considering vibrations from vehicle movement and temperature gradients. It features concrete columns and boxed steel beams, optimized for both architectural constraints and structural performance. To enhance stability, the beams must be adequately laterally braced. Furthermore, special attention should be given to ensuring the structural integrity of the floors and connections.
Ramped Parking IN Morroco
12485071
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
Industrial structures are the creative icons of the concept of structure. All kinds of elements through axial, flexure, torsional actions and combination of them come together in a minimal way to create best performance. Long spans, high heights, special geometric forms, cranes, fatigue phenomenon, machine foundations, appurtenances like facades and roofs, dynamic loads of equipment, are all items that the structural designer should find best solutions in collaboration with other engineers.
SOME INDUSTRIAL STRUCTURES
12482962
Client wanted to renovate a flat in an old residential tower. Due to the proper height, the addition of various mezzanines which were suspended of the ceiling and walls were considered in the architectural design. Also, a small pool was designed on the top of the parking area. The structure with a dual system of moment frame and shear wall had good capabilities to do this. The challenge of the project was elegance and how to connect the micro structures to the main structure.
FLAT
Client wanted to renovate a flat in an old residential tower. Due to the proper height, the addition of various mezzanines which were suspended of the ceiling and walls were considered in the architectural design. Also, a small pool was designed on the top of the parking area. The structure with a dual system of moment frame and shear wall had good capabilities to do this. The challenge of the project was elegance and how to connect the micro structures to the main structure.
FLAT
12482862
The calculation was carried out to provide a report presenting assessment of the primary condition of the structure, and to recommend appropriate action. Determination is based on the technical documentation provided by the client, Indian and international codes and our professional experience. The structure and foundation remodeled with CSI ETABS2000 & CSI SAFE2000. New model is based on structure drawings dimensions and reinforcement. Material properties have been chosen as same as exist design. Applied dead and live loads are in accordance codes IS 875-1 & IS875-2.Elements of structure have been controlled via ACI 14 and IS 456 codes. Many elements do not pass requirements of both codes. The beams do not pass the ductility demands and columns for resistance criteria. Foundation designed in accordance with IS 1904 sections 15.1.3,15.1.6 and 15.1.7 and 16.3.2,16.3.4 table 1 & IS 2950-1
Educational Center in INDIA
The calculation was carried out to provide a report presenting assessment of the primary condition of the structure, and to recommend appropriate action. Determination is based on the technical documentation provided by the client, Indian and international codes and our professional experience. The structure and foundation remodeled with CSI ETABS2000 & CSI SAFE2000. New model is based on structure drawings dimensions and reinforcement. Material properties have been chosen as same as exist design. Applied dead and live loads are in accordance codes IS 875-1 & IS875-2.Elements of structure have been controlled via ACI 14 and IS 456 codes. Many elements do not pass requirements of both codes. The beams do not pass the ductility demands and columns for resistance criteria. Foundation designed in accordance with IS 1904 sections 15.1.3,15.1.6 and 15.1.7 and 16.3.2,16.3.4 table 1 & IS 2950-1
Educational Center in INDIA
The calculation was carried out to provide a report presenting assessment of the primary condition of the structure, and to recommend appropriate action. Determination is based on the technical documentation provided by the client, Indian and international codes and our professional experience. The structure and foundation remodeled with CSI ETABS2000 & CSI SAFE2000. New model is based on structure drawings dimensions and reinforcement. Material properties have been chosen as same as exist design. Applied dead and live loads are in accordance codes IS 875-1 & IS875-2.Elements of structure have been controlled via ACI 14 and IS 456 codes. Many elements do not pass requirements of both codes. The beams do not pass the ductility demands and columns for resistance criteria. Foundation designed in accordance with IS 1904 sections 15.1.3,15.1.6 and 15.1.7 and 16.3.2,16.3.4 table 1 & IS 2950-1
Educational Center in INDIA
12476595
An urban monument was designed with a steel structure. it consists of steel structure and non-structural parts. Seismic and wind loads are applied to the structure.
MONUMENT
An urban monument was designed with a steel structure. it consists of steel structure and non-structural parts. Seismic and wind loads are applied to the structure.
MONUMENT
11856340
The project acts as a reservoir tank, and consists of concrete walls, a floor, and a covering roof. The tank was divided to 3 parts according to usage. fluid and soil pressure loads are applied to the structure and design was based on ACI 318.
CONCRETE WATER TANK
The project acts as a reservoir tank, and consists of concrete walls, a floor, and a covering roof. The tank was divided to 3 parts according to usage. fluid and soil pressure loads are applied to the structure and design was based on ACI 318.
CONCRETE WATER TANK
12435769
The 30-meter-long arced structure was designed in accordance with Eurocode standards, considering vibrations from vehicle movement and temperature gradients. It features concrete columns and boxed steel beams, optimized for both architectural constraints and structural performance. To enhance stability, the beams must be adequately laterally braced. Furthermore, special attention should be given to ensuring the structural integrity of the floors and connections.
Ramped Parking IN Morroco
The 30-meter-long arced structure was designed in accordance with Eurocode standards, considering vibrations from vehicle movement and temperature gradients. It features concrete columns and boxed steel beams, optimized for both architectural constraints and structural performance. To enhance stability, the beams must be adequately laterally braced. Furthermore, special attention should be given to ensuring the structural integrity of the floors and connections.
Ramped Parking IN Morroco
The 30-meter-long arced structure was designed in accordance with Eurocode standards, considering vibrations from vehicle movement and temperature gradients. It features concrete columns and boxed steel beams, optimized for both architectural constraints and structural performance. To enhance stability, the beams must be adequately laterally braced. Furthermore, special attention should be given to ensuring the structural integrity of the floors and connections.
Ramped Parking IN Morroco
Mabadiliko yamehifathiwa
4.8 · 1 Review
Ukaguzi
Picha ya Mtumiaji
Steel Building & Pipe Support Design • $200 USD
Afshin demonstrated exceptional knowledge and experience on my project. He was fast in his responses, communicated respectfully, and showed great patience. Afshin was always willing to go the extra mile to ensure my work was completed to the highest standard. I am extremely satisfied with his contributions and would definitely hire him again.
Reedah R.
@CPS0GRA
•
Bedera ya
Lagos, Nigeria
•
8 months ago
Shiriki
Uzoefu
Senior Structural Engineer/Project Manager/Head of Design Department
Des, 2002 - Jun, 2016
•
13 years, 5 months
ATA
Des, 2002 - Jun, 2016
•
13 years, 5 months
• Perform analysis and detailed design computations of various residential, administrative, commercial, cultural, educational, heritage, multi-functional complexes, industrial, airport & seaport buildings etc. • Assessment of existing structure for retrofit/rehabilitation • Perform seismic retrofit studies for various buildings. • Prepare drawings and documentation as well as technical reports for the relevant organizations and authorities • Manage the project through different phases
Des, 2002 - Jun, 2016
•
13 years, 5 months
Vyeti
“The Theory and Practice of Performance-Based Design”
2015
CSI
“The Theory and Practice of Performance-Based Design”
2015
“Specialized course on seismic retrofit, Pushover analysis in ETABS & SAP”
2009
Polytechnic University
“Specialized course on seismic retrofit, Pushover analysis in ETABS & SAP”
2009
“Earthquake resistant steel & concrete structures”
2006
C.O.B.I
“Earthquake resistant steel & concrete structures”
2006
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