- Prefabricated different roofing/flooring elements for low-cost housing (development of technology for pre-cast R.C. plank roofing/flooring elements).
- Prefabricated different roofing/flooring elements for low-cost housing. Development of technology of making ferrocement grain silo (conical) 3 ton capacity.
- Prefabricated different roofing/flooring elements for low-cost housing. Development of technology of making F.C. grain silo (cylindrical) 21/2 ton capacity by pre-cast prefab method.
- Development of technology of constructing R.C. corrugated catenary shell house.
- Doubly curved brick shell roof house.
- Development of technology for making ferrocement boat.
- Prefabricated different Roofing/Flooring elements for low-cost housing.
- Study of bamboo as construction materials (study of bamboo as a reinforcement in concrete)
- Development of in-situ/pre-cast ferrocement technology for water tank.
- Study of compositor construction with brick and concrete/ferrocement and concrete.
- Prefabricated different roofing/flooring elements for low-cost housing – development of F.C. Folded plate as a roofing element.
- Prefabricated different roofing/flooring elements for low-cost housing (development of technology for reinforced concrete corded slab.
- Development of technology for pre-cast R.C. reusable 3 post frame for slope roofing in place of normal C.I. sheet roofing.
- Prefabricated different roofing/flooring elements for low-cost housing. Development of technology for constructing basic support structure (Package house by pre- cast prefab with pre-cast D.C. tiles roofing element, pre- cast R.C. hollow column/footing/ pre-cast beam).
- Prefabricated different roofing/flooring elements for low-cost housing. Development of technology for pre-cast concrete D.C. Tile roofing element.
- Prefabricated different roofing/flooring elements for low-cost housing. Development of technology for pre-cast R.C. channel roofing/flooring elements.
- Prefabricated different roofing/flooring elements for low-cost housing. Development of R.C. Glover frame for sloped roofing.
- Development of technology for pre-cast/ F.C. chowkats-doors & window frames.
- Prefabricated different roofing/flooring elements for low-cost housing. Development of technology for Reinforced Brick panel roofing element.
- Study and development of technique for pre-stressing concrete with cold drawn low carbon steel (CWPC).
- Prefabricated different roofing/flooring elements for low-cost housing. Development of technology of pre- cast/prefab. 3” brick wall panel.
- Prefabricated different roofing/flooring elements for low-cost housing. Development of ferrocement channel. As roofing/flooring elements.
- Development of technology for pre-cast R.C. chowkats – Doors & window frames.
- Development of technology for constructing brick catenary shell house.
- Development of Micro-concrete pre-stress pre-cast pile for deep foundation as substitute of traditional timber pile using of cold drawn wire prestressing concreting technology.
- Study on sand cement hollow block as walling material in place of conventional burnt-brick considering hollow block as environment friendly material.
- Development pre-fabricated pre-cast ferrocement house top water tank as substitute of conventional G.I. sheet tank.
- Study on stabilised soil blocks for construction of rural houses in Bangladesh.
- Study on cement surki (brick dust) Hexagonal tiles as substitute of conventional in-situ lime terracing.
- Study on bitumen emalsion as water proofing on roof top as substitute of conventional lime terracing.
- Study on ferrocement in situ cast water proofing as substitute of conventional lime terracing.
- Study on ferrocement pre-cast tiles as heat sound and water proofing on roof top as substitute of conventional lime terracing.
- Study on ferrocement pre-cast Ribbed tiles as heat, sound and water proofing in place of conventional water proofing.
- Study of ferrocement circular water tank as substitute of conventional G.I. water tank.
- Study on ferrocement load bearing Ribbed tiles as cable duct cover in industrial purpose.
- Study of mortar/light-weight concrete/high strength concrete with polymer/other additives.
- Study of damp-proof/water proof/anti effloresence and anti termit measures for buildings.
- Pilot plant study of production of paper board/building board using water hyacinth fibre as the main raw material.
- Development of a method of utilising phospho-gypsum (a by-product of TSP Factory, Chittagong) as a building material.
- Production of jute fibre reinforced cement roofing sheets: a low cost handmade roofing sheet instead of C.I. Sheet.
- Pilot plant study of production of pozzolana cement from rice husk ash.
- Study of corrosion of steel and its prevention.
- Study of physico-chemical properties of soil for stabilization for bricks/blocks/tiles etc.
- Feasibility study of production of synthetic light- weight aggregates from local clay.
- Study and development of low-cost structural elements like blocks/tiles etc. from waste concrete, soil and other chemicals as substitute for bricks.
- Standardization of local sand for use in standard tests of cement.
- Recycling of demolished concrete.
- Affordable residential plot size for a middle income family of Dhaka City.
- The study of influencing factors for the growth of present rural housing structures in Bangladesh; A comparative study between two country villages.
- Physical development of Dhaka city and needs of land-use control; A case study of Mirpur.
- Survey of traditional and conventional construction methods and building techniques which are used by the people and scope of improvement.
- Further scope of developing methodology for improvement of rural housing on the light of experience at Rajabari with Banida, Noakhali.
- Functional changes of high class residential areas in Dhaka city, Dhanmondi, Gulshan and Banani.
- The study of influencing factors for the growth of present rural housing structures in Bangladesh: A comparative study between two villages.
- Functional changes of High Class Residential Areas in Dhaka City: A case study of Dhanmondi.
- Mud House: Improved Method of Production; (The Building Material Division Chemistry Lab. and Soil Mechanics Division will also conduct research on similar topics, but the Housing Division will conduct a detail survey of the existing method of construction of mud houses in different regions of Bangladesh and complete the results of research and survey, in order to finalize their own views and report).
- Study of Bamboo And bamboo Products for their use including fitting fixing etc. in Structures through Architectural Design.
- Documentation of Natural Disaster in Bangladesh.
- Bunker Type Accommodation for the Floating people in the big Urban Areas in Bangladesh.
- Climatic Considerations in Building Design.
ONE GOING PROJECT IN REAL ESTATE SECTOR
- Study on Ferocement Manhole Cover.
- Development of Boards from the rice husk and coconut coir with suitable binder.
- Study of production of clay bricks by introducing admixtures to reduce the conventional firing time and temperature.
- Causes and remedial measures of efflorescence in building.
- Evaluation of the Housing Projects in the Metropolitan city Dhaka within 2010 and their impacts on the environment and service facilities.
- Survey and study of fire fighting systems and necessary steps taken in High Rise Buildings in Dhaka city.
- A Case study on repair and rehabilitation of damaged cylindrical roof slab and beam of central workshop, HBRI.
- Study on causes of deterioration of structural members (concentrated on roof & wall) and searching out preventive measures against them.
- Feasibility study of making high strength concrete from the crushed machine made bricks as aggregate.
- Optimum land use through Architectural Building Design.
- Composite Behavior of Ferro-cement Precast Permanent Form-work of Reinforced Concrete Beams
- To develop a standard sand from indigenous silica sand for using testing cement
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