SL.

Project Name

Duration

Outcome

Research Team

Align with 8th FYP, SDGs, Vision 2041, New Urban Agenda

01.

Effect of Sand Collection from Different River bed on The Properties of Sand Cement Block.

July 2021 – June 2024

Studied the mechanical properties of compacts according to ASTM standers and the block factories will be able to make good quality blocks with the ideas from our research and the test results of sand samples collected from all over Bangladesh will be shown on a map

Advisor

Md. Ashraful Alam

Director – General

Co- Advisor

Architect Nafizur Rahman

Principal Research Officer

Supervisor

Ahsan Habib

Senior Research Officer

Key researcher

Ismail Hossain

Research Officer

Member

Sajjad Hossain

Research Fellow

Goal 9: Industry, Innovation and Infrastructure

Goal 11: Sustainable, Cities and Communities

Goal 13: Climate Action

02.

Transition pathway of traditional brick sector towards non fired technology

July 2022- June 2023

a) Identifying and analyzing barriers of the transformation of traditional brick Sector towards non fired bricks.

b) Financial/ Technical policy suggestion for the required transformation.

a) Md. Ashraful Alam- Advisor

b) Arc. Nafizur Rahman- Supervisor

c) Farhana Khandoker- Key researcher

d)Monjur parvez- member

SDG’s goal 7.a

-By 2030, enhance international  cooperation to facilitate access to

clean energy research and technology, including renewable

energy, energy efficiency

and advanced and cleaner fossil-fuel technology, and promote

investment in energy infrastructure and clean energy technology.

03.

Seismic behaviour of  RC frames infilled with sandcrete blocks.

July 2022- June 2024

Evaluating seismic behavior of RC frame infilled with Sandcrete blocks.

The Sustainable Development Goals (SDGs) or Global Goals are

a collection of 17 interlinked global goals designed to be a

blueprint to achieve a better and more sustainable future

 for all such as Industry, Innovation and

 Infrastructure, sustainable cities and Communities

04.

Effect of salinity on concrete structure in coastal region.

July 2022 to June 2024

• It is expected that this research will provide a detailed idea about the durability of concrete and steel in RCC structures due to long term saline exposure.
• To develop a suitable method to neutralize the damage caused by saline water.

• Use of saline water in construction and achievement of an economic and environment friendly design model.

• Mohammad Parvez Khadem (PRE)
• Md. Arifujjaman (SRE)
• Md. Ibnul Warah (RE)
• Md. Mehedi Hasan (RE)
• Sajjad Hossain

(Research Fellow)

• Mohaimin-Ul-Islam (Research Fellow)

Development of seawater resilient and sustainable infrastructure

 which will help toward achievement of several Sustainable

 Development Goals (SDGs) of the United Nations, such as

 SDG 9 – Industry, Innovation and

 Infrastructure, SDG 11 – Sustainable Cities and Communities,

SDG 13 – Climate Action

SL.

Project Name

Duration

Outcome

Research Team

Align with 8th FYP, SDGs, Vision 2041, New Urban Agenda

01

Comparative Study of The Effect of Different Types Chemical Admixtures in Eco-friendly Sand Cement Block.

July 2022 - June 2023

➢Infill walls with different materials can change the failure pattern of the frame structure at the early stage of loading and magnify the stiffness and lateral load carrying capacity of the frame structure.

➢ Concrete block can enhance the energy dissipation capacity of the frame structure, but reduce the deformation performance of the frame structure. So horizontal bearing capacity of the frame with infill walls of concrete blocks should exhibit improved results among the three specimens.

➢ Short column effect due to the presence of partial infill exhibits which can cause brittle failure mechanism in two specimens.

1.Md. Ashraful Alam

Director General, HBRI

Advisor

2.Dr. Md. Abdur Rahman Bhuiyan

Professor, CE, CUET.

Supervisor

3. Dr. Md. Shafiul Islam

Senior Research Engineer, HBRI

Supervisor

4. Anik Das

Research Fellow and Ex. Junior Consultant (SATREPS-TSUIB Project), HBRI

Key researcher

5. Mohammad Parvez Khadem

Principal Research Engineer,

HBRI

Member

6. Md. Arifujjaman

Senior Research Engineer, HBRI

Member

7. Md. Ibnul Warah

Research Engineer, HBRI

Member

A sustainable development pathway that is resilient to disaster

and climate change, entails sustainable use of natural resources; and successfully managing the inevitable urbanization transition.

02

A Study on the Environmental Performance of Sand Cement Block Building Envelop as a Sustainable Alternative of Clay Burnt Bricks in Bangladesh.

Jan 2022 – Jun 2023

Comparative Environmental Performance between Clay Burnt Bricks Vs. Sand Cement Block & AAC as Building Material

Adviser: Director General, HBRI
Supervisor: Principal Research Officer, HBRI
Members:
1. Nahid Ferdous Dristy, Research Architect, Syed Ahmed Tasnim, Research Officer
Key Researcher: Monjur Parvez, Research Architect, HBRI

Alignment with SDG (11.3):
To achieve the goal of SDG 11.3 (Sustainable Human Settlement) this

 research will help to define the environmental benefits of Alternative Building Materials to make human settlement more comfortable

 and energy efficient.

03

Study of Rain water Quality in and Efficiency of Storage Tank Made of RCC Ring.

January 2022-  December 2023

§  Introducing a cost effective rain water harvesting system as a potential alternative source of water.

§  To analyze the quality of the harvested water from the established rain water storage and assess its performance and scope.

§  Promoting rain water harvesting system by creating awareness among people.

• Md. Ashraful Alam

(Director General)

• Ar. Md. Nafizur Rahman

(Principal Research officer)

• Nahid Ferdous Dristy

(Research Architect)

• Engr. Md. Arifujjaman

(Senior Research Engineer)

• Ar. Monjur Parvez

(Research Architect)

• Ar. MD. Muktadir Abedin,

(Asst. Architect)

• Md. Wahab Ali,

(Research Officer)

SDG 6

Ensure availability and sustainable management of water and

sanitation for all

04

An Experimental Study of Impact of Cool Roof to Reduce Urban Heat Island Effect.

July, 2020-  October 2023

§  Identify suitable and cost-effective cool roof treatment for RCC roof.

§  Identify suitable and cost-effective cool roof treatment for roof with Ferrocement channel.

• Md. Ashraful Alam,

(Director General)

• Syed Azizul Haq, Peng

(Project Consultant)

• Ar. Md. Nafizur Rahman,

(Principal Research officer)

• Nahid Ferdous Dristy

(Research Architect)

• Rabaya Khair Nithy

(Research Officer)

• MD. Nayem Hossain

(Research Associate)

SDG 11

Sustainable cities and communities.

8^th 5- year plans

আবাসন নির্মাণ প্রযুক্তির সম্প্রসারণ এবং পরীক্ষা ও

প্রশিক্ষণ পরিচালনা |

05

On the Development of Fly-ash and GGBS Based Geo-polymer Concrete Block.

Oct 2021- June 2023

1. An alternative method of block production without using cement.

2. A carbon free method of block production.

1. Md. Ashraful Alam

Director General, HBRI

1. Md. Nafizur Rahman

Principal Research officer, HBRI

1. Ahsan Habib

Senior Research Officer, HBRI

1. Kaniz Fatema

Senior Research Officer, HBRI

1. Md. Jahid Shahshuja

Research Officer, HBRI

(Key Researcher)

1. Rezwanul Hoque

Research Officer, HBRI

Align with SDG

Goal-11: Sustainable cities and communities.

Goal- 9: Build resilient infrastructure, promote inclusive and

 sustainable

industrialization and foster innovation

Align with 8^th 5- year plans

Chapter-09

9.9.1: Development of sustainable and safe infrastructure through

 ensuring proper planning, adequate research and optimum use

 of land for cost effective housing and planned urbanization.

06

Ground improvement using alkali activated rice husk ash.

Feb 2022-Jun 2023

1. To develop an innovative and low-cost ground improvement
2.  
3. The primary purpose of the ground improvement is to increase the bearing

capacity of the soil as well as to mitigate the effects of soil liquefaction.

1. Dr. Partha Saha
2. Md. Mosiur Rahman
3. Mahamud Hasan
4. Indrajit Kumar Paul
5. Prof. Dr. Md. Rokonuzzaman

SDG-9: Build resilient infrastructure, promote inclusive and

sustainable industrialization and foster innovation

Targets:

9.4 By 2030, upgrade infrastructure and retrofit industries to

make them sustainable, with increased resource-use efficiency

and greater adoption of clean and environmentally sound

technologies and industrial processes, with all countries taking

 action in accordance with their respective capabilities

9.5 Enhance scientific research, upgrade the technological

capabilities of industrial sectors in all countries, in particular

developing countries, including, by 2030, encouraging innovation

and substantially increasing the number of research and development workers per 1 million people and public and private research and development spending

SDG-11:  Make cities and human settlements inclusive, safe

, resilient and sustainable.

Targets:

11.1 By 2030, ensure access for all to adequate, safe and affordable

 housing and basic services and upgrade slums

11.6 By 2030, reduce the adverse per capita environmental impact

 of cities, including by paying special attention to air quality and

municipal and other waste management

07

Comparative study between concrete block (CB) aggregates and other conventional aggregates

Feb 2022 -Jun 2023

Characterization of different aggregates available and Determining the feasibility of Sand Cement Block Aggregate.

Md Arifujjaman (SRE)

Md Ibnul Warah(RE)

Syed Ahmed Tasnim(RE)

SDG 11.6:  By 2030, reduce the adverse per capita environmental

impact of cities, including by paying special attention to air quality

and municipal and other waste management.

8^th 5 Year Plan, Chapter 8:  Sustainable Development: Environment and Climate Change

08

Study on Steel-Ferro Cement Structure Considering Sustainable Construction in Bangladesh.

Tentative

27 months

Exploring the feasibility of alternative green building construction technologies in our context using steel and precast ferrocement slab as a core component.

Key Researcher:

Md. Ibnul Warah

Md.Muktadir Abedin

Project Advisor:

Md Ashraful Alam

DG, HBRI

Project Supervisor:

Ar. Nafizur Rahman, Principal Research Officer, HBRI

Md. Parvez Khadem

Principal Research Officer, HBRI                                      Engr. Md Arifujjaman, Senior Research Engineer, HBRI

Research team

members :

Monjur Parvez

Nahid Ferdous Dristy

Saiful Islam

8^th Five Year Plan :

Ensuring sustainable environment creating a climate resilient

nation in a dynamic delta and unlocking the potential of  the

 blue economy

Target 11.3. Inclusive and Sustainable Urbanization

By 2030, enhance inclusive and sustainable urbanization and

capacity for participatory, integrated and sustainable human

 settlement planning and management in all countries.

09

Different types of industrial (ETP) sludge: their Characterization and utilization in building materials.

July 2022 - June 2023

1.To investigate the potentiality of Different industrial ETP sludge in Bangladesh as a

partial replacement of Portland cement in construction material.

2.To prepare different types of construction material using Sludge.

3.To determine the content of toxic substances in these sludge-based building materials

and to estimate the risk to the environment.

Md.Ashraful Alam Director General, HBRI

Advisor

Md. Arc. Nafizur Rahman Principle Research Officer, HBRI

Supervisor

Ahsan Habib Senior Research Officer & Projectofficer, HBRI

Co supervisor

Kaniz Fatema Senior Research Officer, HBRI Key

researcher

Md. Mohebbullah Research Officer, HBRI

Member

Md. Daud Ibrahim Research Fellow,HBRI

Member

Md.S.M. Muhaiminul Islam Research Fellow,HBRI Member

Md. Mostafa Ahmed
Research Fellow, HBRI

Goal 9: Industry, Innovation and Infrastructure

Goal 13: Climate Action

Align with 8^th 5- year plans

Chapter 8:  Sustainable Development: Environment and Climate Change

10

Use of Rice Husk Ash as a source of silica content in AAC Block.

July 2022-June 2023

Compressive strength: 700-900 psi

Md.AshrafulAlam

Director General, HBRI

Advisor

Arc. Nafizur Rahman

Principle Research Officer, HBRI

Co-Advisor

Ahsan Habib

Senior Research Officer& Project officer,HBRI

Supervisor

Kaniz Fatema

Senior Research Officer, HBRI

Member

Md. Mohebbullah

Research Officer (AC), HBRI

Key researcher

Sustainable Development Goals (SDG) Goal 11: make cities

 and human settlements inclusive, safe, resilient, and sustainable , 13 take urgent action to combat climate change and its impacts. 

Most people are still directly or indirectly dependent on

 agriculture for their livelihood. The terracotta bricks used

 in the country's construction industry are made using the

 fertile soil of the agricultural land. This is having a negative

impact on agriculture. on the other hand, the food security 

of the country is facing a major threat. In order to ensure 

the food security of the country and protect agriculture and

 keep agricultural activities uninterrupted, the agricultural

 land and the fertile soil used in agriculture must be protected

For this reason, the use of autoclaved aerated concrete (AAC)

 blocks as a next technology made of cement-sand, aluminum

 metal powder, lime, rice husk ash as an alternative to terracotta

 bricks should be spread at all levels. At present, the researc

 program of AAC block is ongoing at HBRI. From the results

 obtained through the said research program, it is possible to 

produce AAC blocks of 700-900 psi strength. AAC blocks are environmentally friendly as no toxic materials are used in

 making these bricks. The manufacturing process results in

 50% less greenhouse gas emissions and 30% less solid waste

. The porous material of AAC blocks naturally helps absorb 

moisture and, as a result, maintains less humidity, less humidity indoors. It is very important to increase the use of lightweight, earthquake-resistant environmentally friendly AAC blocks.

11

Experimental study on mechanical properties of concrete Block by Additiion of Iron Slag, Ceramic Waste and rice Hush Ash as industrial By product.

July 2022 -

June 2023

1. Prepare alternative construction building materials using industrial by-product.

2. Make eco- friendly, cost effective sustainable alternative block.

1.Md. Ashraful Alam, DG, HBRI(Advisor)

2.Md. Nafizur Rahman, PRO, HBRI(Co-Advisor)

3. Ahsan Habib, SRO,HBRI(Supervisor)

4.Rezwanul Haque, RO, HBRI(Key Researcher)

5. Md. Jahid Shahsuja, RO, HBRI(Member)

Align with SDG goal no. 11

12

Ground response due to ground water depletion and its effects on sub-structure .

Sep 2022- Jun 2024

1. Internal erosion of soil and its behavior due to over extraction of ground water.
2. Seismic wave amplification or attenuation susceptible to ground water depletion.
3. Retrofitting requirement for substructure with respect to the above.

1. Mohammad Parvez Khadem
2. Dr. Partha Saha
3. Farzin Hassan Moumita
4. Indrajit Kumar Paul

SDG-9: Build resilient infrastructure, promote inclusive and

sustainable industrialization and foster innovation

Targets:

9.1 Develop quality, reliable, sustainable and resilient

infrastructure, including regional and transborder infrastructure, to

support economic development and human well-being, with a

focus on affordable and equitable access for all

9.5 Enhance scientific research, upgrade the technological

capabilities of industrial sectors in all countries, in particular

developing countries, including, by 2030, encouraging innovation and substantially increasing the number of research and development

workers per 1 million people and public and private research and development spending

SDG-11:  Make cities and human settlements inclusive, safe,

resilient and sustainable.

Targets:

11.1 By 2030, ensure access for all to adequate, safe and affordabl

 housing and basic services and upgrade slums

11.5 By 2030, significantly reduce the number of deaths and the

number of people affected and substantially decrease the direct

economic losses relative to global gross domestic product caused by

disasters, including water-related disasters, with a focus on

protecting the poor and people in vulnerable situations

13

A study on the load carrying capacity of an axially loaded single pile in Bangladesh perspective.

Sep 2022- Jun 2024

1. Selection of a more appropriate pile load test method (i.e.; static, dynamic and bi-directional static load test method.)
2. Recommendation of a reliable empirical equation which is best suited for our country.

1. Mohammad Parvez Khadem
2. Dr. Partha Saha
3. Sammyha Jahan
4. Indrajit Kumar Paul

SDG-9: Build resilient infrastructure, promote inclusive and

sustainable industrialization and foster innovation

Targets:

9.1 Develop quality, reliable, sustainable and resilient

 infrastructure, including regional and transborder

 infrastructure, to support economic development and human

well-being, with a focus on affordable and equitable access for all

9.5 Enhance scientific research, upgrade the technological

 capabilities of industrial sectors in all countries, in particular

developing countries, including, by 2030, encouraging innovation

and substantially increasing the number of research and development workers per 1 million people and public and private research and development spending

SDG-11:  Make cities and human settlements inclusive, safe,

resilient and sustainable

Targets:

11.1 By 2030, ensure access for all to adequate, safe and

affordable housing and basic services and upgrade slums

14

Preparation of high performance self Compacting concrete using different industrial by-products and steel fiber.

July 2022- June 2023

a) The concrete will be environment friendly as industrial wastage will be used.

b) High-performance self-compacting concrete can be used in high rise structures reducing column and beam size.

a) Md Ashraful Alam- Advisor

b) Md Nafizur Rahman – Co-advisor

c) Md Wahab Ali – Supervisor

d) Ahsan Habib – Member

e) Ibnul Wrah – Member

f) Tabassum Binte Reza – Key Researcher

SDG’s goal 9.1, 9.4, 11.3.2 & 11.6 

15

BIM based simulation for smoke effect and evacuation assessment to improve fire safety management.

July 2022-June 2023

• This research will investigate the effect of smoke in a fire occurrence circumstance due to material thermal characteristics.

• It will aid in visualizing the outcomes of hazardous zones and efficient escape routes during the design process.

1. Md. Ashraful Alam-  Advisor
2. Arc.Md. Nafizur Rahman-  Co-Advisor
3. Md. Jahid Shahshuja-  Supervisor
4. Ahsan Habib- Member
5. Monjur Parvez-  Member
6. Sabrin Sultana-  Key researcher

1. SDG goal 9: Build resilient infrastructure, promote
2. inclusive and sustainable industrialization and foster
3.  innovation (Target 9.4)

      4. Make cities and human settlements inclusive, safe,

          resilient and sustainable (Target 11.c)

16

Development of brick by incorporating plastic waste.

Mar-2022 to Feb-2024

• It is expected that this research will provide information regarding the suitability of such plastic sand blocks for use in engineering constructions.
• The significant effects on strength property after the waste plastics incorporation in blocks.

• This research will also reveal the cost comparison with conventional bricks.

• Md. Ashraful Alam (DG)
• Mohammad Parvez Khadem (PRE)
• Md. Arifujjaman (SRE)
• Md. Ibnul Warah (RE)
• Forhad Hossin (RF)

This project will help towards achieving several

 Sustainable Development Goals (SDGs) of the United Nations,

 such as SDG 9 – Industry, Innovation and Infrastructure,

SDG 11 – Sustainable Cities and Communities, SDG 13 – Climate Action

17

Experimental study on the behaviour of RC beam-column joint retrofitted with reinforcement jacket under cyclic loading.

July 2022 to June 2024

• Ultimate moment carrying capacity of ferrocement jacketed beam-column will be greater than that of reference specimens.
• Maximum deflections before failure will be found to be less for ferrocement jacketed specimens

• Md. Ashraful Alam (DG)
• Mohammad Parvez Khadem (PRE)
• Debashish Sen (AUST)
• Md. Wahidul Islam (SRE)
• Mohaiminul Hassan (Research Fellow)

This project will help towards achieving several 

Sustainable Development Goals (SDGs) of the United Nations,

such as SDG 9 – Industry, Innovation and

 Infrastructure, SDG 11 - Sustainable Cities and Communities

18

Utilization of waste iron slag as the fine aggregrate (sand) material in concrete block for low cost application.

July, 2022- June, 2023

Disposal of industrial wastes is safe if used in making concrete and also does not deteriorate the land. Also leads to a cost effective and eco-friendly construction practices.

To effectively utilize the by-products from iron and steel industries in order to reduce the carbon dioxide emission

Advisor

Md. Ashraful Alam

Director – General

Co- Advisor

Architect Nafizur Rahman

Principal Research Officer

Supervisor

Ahsan Habib

Senior Research Officer

Member

Ismail Hossain

Research Officer

Key Researcher

Sajjad Hossain

Research Fellow

Goal 9: Industry, Innovation and Infrastructure

Goal 11: Sustainable, Cities and Communities

Goal 13: Climate Action

Goal 15: Life on Land

19

Utilization of ceramic tiles waste in construction materials.

July 2022 –

June 2023

1. Prepare alternative construction building materials using industrial by-product.

2.Make eco- friendly, cost effective sustainable alternative block.

1.Md. Ashraful Alam, DG, HBRI(Advisor)

2.Md. Nafizur Rahman, PRO, HBRI(Co-Advisor)

3. Kaniz Fatema, SRO,HBRI(Supervisor)

4. Md .Imran Hossain , HBRI(Key Researcher)

Align with SDG goal no. 11

20

Development and Characterization of Polymer concrete

July 2022- June 2023

1. Prepare alternative construction building materials using Epoxy rasin olternative of cement .

2.Make eco- friendly, cost effective sustainable alternative block.

Advisor

Md. Ashraful Alam
Director- General

Supervisor

Kaniz Fatema
Senior Research Officer

Key Researcher

Md.Daud Ibrahim

Research fellow

SDG’s goal 11.c and & 7.a

Target 11.c: Support least developed countries in sustainable and

 resilient building

The full text of Target 11.c is formulated as "Support least developed countries, including through financial

 and technical assistance, in building sustainable and

resilient buildings using local materials".

This target has one Indicator: Indicator 11.c.1 is the "Proportion of

 financial support to the least developed countries that is allocated to the construction and retrofitting of sustainable, resilient

and resource-efficient buildings using local materials".

It was suggested in 2020 to delete Indicator 11.c.1.

-By 2030, enhance international cooperation to facilitate access

to clean energy research and technology, including renewable

energy, energy efficiency and advanced and cleaner fossil-fuel

technology, and promote investment in energy infrastructure

and clean energy technology.

21

Structural Integrity Assessment of Masonry  Infilled Reinforced Concrete Frame Structure in Sesimic Hazard

August 2022 – June 2024

1.Finding a new failure/crack mode/pattern and validating the existing failure modes of brick masonry infilled RC frame structure proposed in the SATREPS-TSUIB seismic evaluation manual.

2.Finding of residual load carrying capacity under cyclic load of damaged brick masonry infilled RC frame structure before and after retrofit as part of structural integrity assessment.

1.Key Researcher

Engr. S. M. Muhaiminul Islam, Research Fellow (SECD), HBRI

2.Supervisor

Dr. Engr. Md. Shafiul Islam,

SRE (SECD), HBRI

SDG-11 The Sustainable Cities and Communities

8FYP-Disaster Management.

22

Seismic Reliability of Masonary and concrete Block Infilled RC Frame .

July 2022 - June 2023

➢Infill walls with different materials can change the failure pattern of the frame structure at the early stage of loading and magnify the stiffness and lateral load carrying capacity of the frame structure.

➢ Concrete block can enhance the energy dissipation capacity of the frame structure, but reduce the deformation performance of the frame structure. So horizontal bearing capacity of the frame with infill walls of concrete blocks should exhibit improved results among the three specimens.

➢ Short column effect due to the presence of partial infill exhibits which can cause brittle failure mechanism in two specimens.

1.Md. Ashraful Alam

Director General, HBRI

Advisor

2.Dr. Md. Abdur Rahman Bhuiyan

Professor, CE, CUET.

Supervisor

3. Dr. Md. Shafiul Islam

Senior Research Engineer, HBRI

Supervisor

4. Anik Das

Research Fellow and Ex. Junior Consultant (SATREPS-TSUIB Project), HBRI

Key researcher

5. Mohammad Parvez Khadem

Principal Research Engineer,

HBRI

Member

6. Md. Arifujjaman

Senior Research Engineer, HBRI

Member

7. Md. Ibnul Warah

Research Engineer, HBRI

Member

➢ A sustainable development pathway that is resilient to disaster

and climate change, entails sustainable use of natural resources; and successfully managing the inevitable urbanization transition.

ক্রমিক নং

গবেষনা প্রকল্পের তথ্য

মেয়াদ কাল

০১

Seismic behaviour of  RC frames infilled with sandcrete blocks.

সংশ্লিষ্ট মূখ্য গবেষকঃড.শফিউল ইসলাম,সিনিয়র রিসার্চ ইঞ্জিনিয়ার ।

জুলাই ২০২২-জুন -২০২৩

০২

Different types of industrial (ETP) sludge: their Characterization and utilization in building materials.

সংশ্লিষ্ট মূখ্য গবেষকঃকানিজ ফাতেমা,সিনিয়র রিসার্চ অফিসার ।

জুলাই ২০২২-জুন -২০২৩

০৩

Use of Rice Husk Ash as a source of silica content in AAC Block.

সংশ্লিষ্ট মূখ্য গবেষকঃজনাব মোঃ মোহেববুল্লাহ,রিসার্চ অফিসার (অঃদাঃ)

জুলাই ২০২২-জুন -২০২৩

০৪

Experimental study on mechanical properties of concrete Block by Additiion of Iron Slag, Ceramic Waste and rice Hush Ash as industrial By product.

সংশ্লিষ্ট মূখ্য গবেষকঃজনাব রেজওয়ানুল হক,রিসার্চ অফিসার(অঃদাঃ)।

জুলাই ২০২২-জুন -২০২৩

০৫

The Effcet of acidic Environment on sand cement Block.

সংশ্লিষ্ট মূখ্য গবেষকঃবিথি সুলতানা, রিসার্চ  অফিসার (অঃদাঃ)

জুলাই ২০২২-জুন -২০২৩

০৬

Ground response due to ground water depletion and its effects on submission.

সংশ্লিষ্ট গবেষকঃফারজিন হাসান মৌমিতা, রিসার্চ ফেলো

উপদেষ্টা ড. পার্থ সাহা,সিনিয়র রিসার্চ ইঞ্জিনিয়া

জুলাই ২০২২-জুন -২০২৩

০৭

A study on the load carrying capacity of an axially loaded single pile in Bangladesh perspective.

সংশ্লিষ্ট মূখ্য গবেষকঃ

সাম্মিহা জাহান, রিসার্চ ফেলো

উপদেষ্টাঃ ড. পার্থ সাহা,সিনিয়র রিসার্চ ইঞ্জিনিয়ার

জুলাই ২০২২-জুন -২০২৩

০৮

Preparation of high performance self Compacting concrete using different industrial by-products and steel fiber.

সংশ্লিষ্ট মূখ্য গবেষকঃ

তাবাসসুম বিনতে রেজা, রিসার্চ ফেলো

উপদেষ্টাঃ মোঃ ওহাব আলী  ,রিসার্চ অফিসার।

জুলাই ২০২২-জুন -২০২৩

০৯

Effect of salinity on concrete structure in coastal region.

সংশ্লিষ্ট মূখ্য গবেষকঃ মোহাইমিনুল ইসলাম, রিসার্চ ফেলো

উপদেষ্টাঃমোঃ আরিফুজ্জামান,সিনিয়র রিসার্চ ইঞ্জিনিয়ার

জুলাই ২০২২-জুন -২০২৩

১০

BIM based simulation for smoke effect and evacuation assessment to improve fire safety management.

সংশ্লিষ্ট মূখ্য গবেষকঃ সাবরিন সুলতানা , রিসার্চ ফেলো

উপদেষ্টাঃ মোঃ জাহিদ শাহসুজা, রিসার্চ অফিসার।

জুলাই ২০২২-জুন -২০২৩

১১

Development of brick by incorporating plastic waste.

সংশ্লিষ্ট মূখ্য গবেষকঃ

ফরহাদ হোসেইন, রিসার্চ ফেলো

উপদেষ্টাঃ মোঃ আরিফুজ্জামান,সিনিয়র রিসার্চ ইঞ্জিনিয়ার

জুলাই ২০২২-জুন -২০২৩

১২

Experimental study on the behaviour of RC beam-column joint retrofitted with reinforcement jacket under cyclic loading.

সংশ্লিষ্ট মূখ্য গবেষকঃ মোহাইমিনুল হোসেন, রিসার্চ ফেলো

উপদেষ্টাঃ মোঃআরিফুজ্জামান,সিনিয়র,রিসার্চ ইঞ্জিনিয়ার

জুলাই ২০২২-জুন -২০২৩

১৩

Utilization of waste iron slag as the fine aggregrate (sand) material in concrete block for low cost application.

 সংশ্লিষ্ট মূখ্য গবেষকঃ

সাজ্জাদ হোসেইন, রিসার্চ ফেলো

উপদেষ্টাঃ

আহসান হাবিব,সিনিয়র রিসার্চ অফিসার

জুলাই ২০২২-জুন -২০২৩

১৪

Utilization of ceramic tiles waste in construction materials.

সংশ্লিষ্ট মূখ্য গবেষকঃ

মোঃ ইমরান হোসেন,রিসার্চ ফেলো

উপদেষ্টাঃ কানিজ ফাতেমা,সিনিয়র রিসার্চ অফিসার

জুলাই ২০২২-জুন -২০২৩

১৫

Development and Characterization of Polymer concrete

সংশ্লিষ্ট মূখ্য গবেষকঃ

মোঃ দাউদ ইব্রাহিম,রিসার্চ ফেলো

উপদেষ্টাঃ কানিজ ফাতেমা,সিনিয়র রিসার্চ অফিসার

জুলাই ২০২২-জুন -২০২৩

১৬

Structural Integrity Assessment of Masonry  Infilled Reinforced Concrete Frame Structure in Sesimic Hazard

সংশ্লিষ্ট মূখ্য গবেষকঃ

এস. এম. মুহাইমিনুল ইসলাম,রিসার্চ ফেলো

উপদেষ্টাঃ ড.শফিউল ইসলাম ,সিনিয়র রিসার্চ ইঞ্জিনিয়ার

জুলাই ২০২২-জুন -২০২৩

১৭

Seismic Reliability of Masonary and concrete Block Infilled RC Frame .

সংশ্লিষ্ট মূখ্য গবেষকঃ

অনিক দাস,রিসার্চ ফেলো

উপদেষ্টাঃমোঃ আরিফুজ্জামান, সিনিয়র রিসার্চ ইঞ্জিনিয়ার

জুলাই ২০২২-জুন -২০২৩

Comparative Study of The Effect of Different Types of Chemical Admixtures in Eco-friendly Sand Cement Block.

Study of rainwater quality in and efficiency of storage tank made of RCC ring.

Transition pathway of traditional brick sector towards non fired technology

On The Development of Fly ash and GGBS Based Geo-Polymer Concrete

Ground Improvement Using Alkali Activated Rice Husk Ash

Comparative Study Between Concrete Block (Cb) Aggregates And Other Conventional Aggregates

Study on Steel-Ferro cement behavior considering sustainable construction

বিকল্প নির্মাণ উপকরণ দ্বারা নির্মিত ভবনের পরিবেশগত সক্ষমতা নিরূপণ শীর্ষক পরীক্ষা।