Site Logo E-PROJECTTOPICS

EFFECTIVENESS OF OVERLAPPING HOOPS AS DUCTILITY REINFORCEMENT IN SHORT REINFORCED CONCRETE COLUMNS


📝


Presented To


Engineering Department

📄 Pages: 90       🧠 Words: 12043       📚 Chapters: 5 🗂️️ For: PROJECT

👁️‍🗨️️️ Views: 452      

⬇️ Download (Complete Report) Now!

ABSTRACT
Comparative study of the effectiveness of some typica l arrangements of overlapping hoops to ordinary rectangula r hoop was carrie d out. The overlapping arrangements were:- Diamond Shape; Singl e Crossing; and Double Crossing (See appendix). The concret e mix used in this experiment was designed to have a rati o of 1:1%:3 and a grade of 25 with water-cement rati o of 0.7 (w/c = 0.7). Mixing of this concret e was done manually using a dry batching process. The compaction of the cast specimens was by stamping internally , while poker-vibrato r was used on the surface , for proper dense settlement of the mixed concrete . Measurements of stresse s and - strain s of the specimens under loading was carrie d out with a strai n meter. The use of strain - meter was possibl e through the hel p of STRAIN-GAUGES which were soldered on the reinforcement - bars at four (4) differen t position s (top front top-back, middle fron t and middle-back). These strain-gauge s were also connected to a very thi n long and flexibl e electroni c wire s by use of Araldit e glue . The testin g of th e prepared specimens was carrie d ou t using UNIVERSAL TESTING MACHINE. Care was taken in ensuring proper place - ments of th e specimens on the machine before loading, in orde r to avoid excessive eccentri c loading on the specimens. The loading of al l the teste d specimens was a gradual process, while the readings of interna l stresse s and strain s of the specimens were recorde d a t some interva l differen t loadings, wit h th e ai d o f a STRAIN METER. Using th e recorde d result s o f th e Specimens,

PLEASE NOTE

This material is a comprehensive and well-written project, structured into Chapter (1 to 5) for clarity and depth.


To access the full material click the download button below


OR


Contact our support team via Call/WhatsApp: 09019904113 for further inquiries.

Thank you for choosing us!

📄 Pages: 90       🧠 Words: 12043       📚 Chapters: 5 🗂️️ For: PROJECT

👁️‍🗨️️️ Views: 452      

⬇️ Download (Complete Report) Now!

🔗 Related Topics

FAILURE COST ANALYSIS OF HUMAN ERRORS IN REINFORCED CONCRETE BEAM CONSTRUCTION EFFECT OF CRUSHED COCONUT SHELL AND POLYETHYLENE TEREPHTHALATE AS PARTIAL REPLACEMENT OF COARSE AGGREGATE IN CONCRETE STRESS DISTRIBUTION OF SHORT REINFORCED CONCRETE COLUMNS LOADED UNDER SMALL ECCENTRICITIES APPLICATION OF FIBRE REINFORCED CONCRETE IN THE DESIGN AND CONSTRUCTION OF TENSION CONTROLLED STRUCTURES RELIABILITY ANALYSIS OF OPTIMALLY DESIGNED REINFORCED CONCRETE FRAMES IN ACCORDANCE WITH EUROCODE 2 (2004) THE USE OF ENCASEP TIMEBER BEAMS AS ALTERNATIVE TO REINFORCED CONCRETE BEAMS STRUCTURAL CHARACTERISATION OF CONCRETE AND SANDCRETE HOLLOW BLOCK PRODUCED FROM SELECTED CEMENT BRANDS IN NIGERIA PROPERTIES OF STEEL FIBER MORTAR AND CONCRETE OPTIMUM DESIGN OF THE THICKNESS OF CARBON FIBRE REINFORCED POLYMER MATERIAL (CFRP) REQUIRED FOR STRENGTHENING OF DEFICIENT REINFORCED CONCRETE BEAM EFFECT OF MIX RATIO AND CURING WATER ON THE COMPRESSIVE STRENGTH OF OIL PALM SHELL (OPS) AGGREGATE CONCRETE PREDICTION OF MOMENT CAPACITY OF CONCRETE SLABS SINGLY REINFORCED WITH CARBON FIBER REINFORCED PLASTICS (CFRP) USING SIMULATED ANNEALING RELIABILITY BASED CALIBRATION OF PARTIAL SAFETY FACTOR ON CHARACTERISTICS STRENGTH OF STEEL REINFORCEMENT BARS SHEAR RESISTANCE OF REINFORCED CONCRETE BEAM COMPUTER-AIDED DESIGN OF REINFORCED CONCRETE SHALLOW FOUNDATIONS FOR FRAMED BUILDINGS BEHAVIOUR OF CONCRETE SUBJECTED TO VARIOUS ELEVATED TEMPERATURES EXPERIMENTAL AND PROBABILISTIC ASSESSMENT OF CONCRETE INCORPORATING EXPANDED POLYSTYRENE (EPS) WASTE AT ELEVATED TEMPERATURES DEVELOPMENT OF AN IMPROVED SHORT-TERM PEAK LOAD FORECASTING MODEL BASED ON SEASONAL AUTOREGRESSIVE INTEGRATED MOVING AVERAGE AND NONLINEAR AUTOREGRESSIVE NEURAL NETWORK FOR NIGERIA POWER SYSTEM GRID STOCHASTIC SECTION MODULUS REQUIREMENT FOR CARBON FIBRE REINFORCED PLASTIC PULTRUDED BEAMS DEVELOPMENT OF BAOBAB/SISAL REINFORCED LOW DENSITY POLYETHYLENE HYBRID COMPOSITE PROPERTIES OF CORN COB ASH CONCRETE

click on whatsapp