Download Strength of materials 2016,2017 - ENG305 Past Question PDF

You will find Strength of materials 2016,2017 past question PDF which can be downloaded for FREE on this page. Strength of materials 2016,2017 is useful when preparing for ENG305 course exams.

Strength of materials 2016,2017 past question for the year 2017 examines 300-level Engineering students of FUTO, offering ENG305 course on their knowledge of Shear stress, force, load, normal stress, stress, factor of safety, modulus of elasticity, modulus of rigidity, mohr's circle, beams, cantilever, deflection, deformation, flexural rigidity, columns

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Past Questions related to Strength of materials 2016,2017

Strength of Materials

Year: 2020

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: ENG305

Topics: uniaxial stress, biaxial stress, theory of columns, deflection of beams, bending stress, shear force, bending moment, torsion.column, beams

Strength of materials

Year: 2020

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: ENG305

Topics: Shear Force, Bending Moment, Torsion, Theory of Columns, Deflection of Beams, Axial and Flexural Bending Stress, Strength of materials

STRENGTH OF MATERIALS

Year: 2019

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: ENG305

Topics: force, load, stress, strain, elasticity, plasticity, elastic limit, beam, modulus of resilience, column, cantilever

Strength of materials

Year: 2018

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: ENG305

Topics: proportional limit, elastic limit, deformation, strain, tensile stress, failure strength, Mohr's circle

REINFORCED CONCRETE DESIGN 2-2012-2018

Year: 2018

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: STE518

Topics: column, beam, floor, shear, deflection, reinforcement, retaining wall, punching shear, yield line method, flat slab, slab, cantilever, dead load, preliminary design, bearing pressure analysis, stem wall design, stem wall reinforcement, axial load, unaxial moment, slender column

Theory of structures

Year: 2019

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: ACE308

Topics: Structures theory, truss, truss parameters, trusses analysis, warren steel truss, bending moment, radial shear, normal thrust, Warren steel truss, horizontal deflection, maximum shear

INTRODUCTION TO WOODWORK DESIGN

Year: 2019

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: CIE335

Topics: seasoning, dowels, drift, bolt, load, stress, fibre stress, proportional limit, modulus of elasticity, beam

Strength of materials 1 Laboratory

Year: 2019

School: University of Nigeria, Nsukka

Department: Engineering

Course Code: CVE212

Topics: Strength of materials, deflection, tensile strain, shear strain, Modulus of rigidity

Structural analysis

Year: 2020

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: STE401

Topics: Structural analysis, consistent deformation method, collapse moment, collapse mechanism, plastic moment capacity, fixed end moments, stiffness factor, carry-over factor, moment equation method

Petroleum rock mechanics

Year: 2020

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: PET415

Topics: Petroleum rock mechanics, isotropic rock, anisotropic rock, rock dynamic properties, shear modulus, young's modulus, elastic region, yield point, chip hold down, uniaxial compressive strength, ductile region, brittle region, shear failure, hydro pressure, abnormal formation pore pressure, overburden pressure

Mechanical properties of materials

Year: 2020

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: MME413

Topics: Materials mechanical properties, true strain, tensile test, true stress-strain curve, tensile uniaxial flow stress, uniform plastic deformation, ultimate tesnile strength

DESIGN OF STEEL STRUCTURES

Year: 2017

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: STE505

Topics: imposed loads, grade s275 steel, bearings, concentric load, tensile load

Strength of Materials

Year: 2022

School: Air Force Institute of Technology

Department: Engineering

Course Code: GET208

Topics: Strength of Materials, Stress, strain, stress transformation, torque, bending moments, shear stress, force, moment

Electric power system and machines

Year: 2019

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: PSE312

Topics: Electric power system, electric power machine, load fluid studies, load fluid studies method, Jacobian matrix, apparent power, real power, active power, lap winding, wave winding, frog leg winging, primary winding, secondary winding, generator types, dc generator

Books related to Strength of materials 2016,2017

Strength of Material, Second Edition

Author: SS Rattan

School: Bayero University, Kano

Department: Engineering

Course Code: CIV3308

Topics: Simple stress, simple strain, Shear stress, Saint-Venant's principle, Stress, strain, Modulus of elasticity, Modulus of Rigidity, Bar elongation, Superposition principle, Tapering section Bars, Elongation due to self-weight, Uniform strength column, Statically indeterminate systems, Temperature stresses, Shrinking on, Strain analysis, Tensile test diagram, Elastic constants, Three-Dimensional stress systems, Compound stress, compound stress, Principal stresses, Maximum shear stresses, Mohr's Stress cycle, Three coplanar stress, Ellipse of Stress, Strain Analysis, Principal Strain, Principal shear strain, Mohr's Strain cycle, Strain Energy, Shear force, Bending moment, Supports types, Bending stress in beams, Simple bending theory, Moment of inertia, Flitched beams, composite beams, Unsymmetrical bending, Ellipse of inertia, Shear stress in beams, Shear stress variation, Built-up beams, Shear centre, Deflection, Beam differential equation, Deflection at a point, Macaulay's method, Moment-Area method, Strain energy due to bending, Castigliano's First theorem, Deflection by castigliano's Theorem, Impact loading on beams, conjugate beam method, Betti's reciprocal deflections theorem, Maxwell's Reciprocal Deflection theorem, Fixed beams, Continuous beams, Fixidity Effects, Clapeyron's three moment equation, Torsion, Springs, Columns, Struts, Failure Theories, Plastic bending, Plane frame structures, Materials properties, Materials testing, Tensile testing, Compression testing, Torsion testing, Hardness testing, Impact testing, Fatigue testing

Properties and strength Of Materials

Author: Muhannad Zedan

School: Bayero University, Kano

Department: Engineering

Course Code: CIV3308

Topics: strength Of Materials, Simple stress, simple strain, Elastic materials, Hooke's law, Modulus of elasticity, Young's modulus, Brittle materials, Poisson's ratio, Shear stress, Modulus of rigidity, Double shear, Temperature stresses, Compound bar, Cantilever beams, Simple beams, Shear force, bending moment, Shear force diagram, bending moment diagram, Torsion, Crystalline structure, Metals crystalline structure, Atomic bonding, crystal structure, Body-centered cubic structure, Face-centered cubic structure, Hexagonal close-packed structure, grain structure, grain boundary, polymorphism, Slope of beams, deflection of beams, Fatigue, creep, Fracture, Creep test, Fracture mechanics, Linear fracture mechanics, Griffith's fracture criterion

Applied Strength of Materials, 6th Edition

Author: Robert Mott, Joseph Untener

School: Bayero University, Kano

Department: Engineering

Course Code: CIV3308

Topics: Direct Normal stress, stress, strain, Direct shear stress, Screw Threads, Experimental stress analysis, Computational stress analysis, Fundamental of statics, Materials design properties, Properties of steel, Properties of Cast Iron, Properties of Aluminum, Wood, Concrete, Plastics, Composites, Direct stress, Deformation, Computing design stress, Thermal stress, Bearing stress, Design bearing stress, Twisting, Elastic Torsional Deformation, Torsion, Beam loading, Beams supports, Beam types, Supports reactions, Centroids, Complex shapes centroid, Radius of Gyration, section modulus, Flexure formula, General shear formula, Special shear formulas, Shear flow, Beams deflection, combined stress, Columns, Slenderness Ratio, Buckling formula, Pressure vessels, Bolted connections design, Rivet joints, Eccentrically loaded riveted joints, Eccentrically loaded Bolted joints

Design of Structural Elements

Author: WMC McKenzie

School: Bayero University, Kano

Department: Engineering

Course Code: CIV3307

Topics: Structural elements design, Structural Analysis Techniques, Shear Force, Bending moment, Shear force diagram, Bending moment diagram, Deflection of Beams, Elastic Shear stress distribution, Elastic Bending stress distribution, Transformed sections, Moment distribution, Bending stiffness, Rotational Stiffness, Carry-over moment, Pinned End, Free Moments, Fixed bending moments, Distribution Factors, Design Philosophies, Permissible stress Design, Load Factor Design, Limit State Design, Design codes, Eurocodes, National Annex, Structural Loading, Dead loads, Imposed loads, Imposed roof loads, Floor load distribution, Load distribution, Structural Instability, Overall Stability, Robustness, Reinforced concrete Element's Design, Structural Steelwork Elements' Design, Structural Timber Elements' Design.

Bending moment and Shear Force

Author: ENG305

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: ENG305

Topics: Computation of reactions, Computation of forces and moments, bending moment and shear force, bending moment diagram, beams of composite cross section

Strength of materials

Author: Barry dupen

School: University of Benin

Department: Engineering

Course Code: CVE211

Topics: Strength of materials, stress, strain, Poisson's ratio, thermal expansion, shear stress, thermal stress, pressure vessels, stress concetrations, Thin-Walled Pressure Vessels, Bolted Welded Joints, Welded Joints, centroid, centroidal area, Radius of Gyration, Beam Reactions, Shear Diagrams, Moment Diagrams, Beam Deflection, beam design, Combined Stresses, Eccentric Loading, Buckling of Columns, columns, steel machine parts, Mohr's Circle

Reinforced Concrete Design To Eurocode 2

Author: Bill Mosley, John Bungey, Ray Hulse

School: Bayero University, Kano

Department: Engineering

Course Code: CIV3307

Topics: Reinforced Concrete Design, Design processes, composite action, stress-strain relations, shrinkage, thermal movement, creep, materials specification, Limit state design, Characteristics material strengths, Combination of actions, Load combinations, Beams analysis, Frames Analysis, Shear wall structures resisting horizontal loads, Moments redistribution, Rectangular-parabolic stress block, Triangular stress block, Shear, bond, Torsion, Anchorage bond, span-effective depth ratio, deflection calculation, flexural cracking, Thermal cracking, Shrinkage cracking, Reinforced concrete beams design, Reinforced concrete slabs design, Column design, column classification, slender column design, Foundations design, Retaining walls design, Prestressed concrete, Water-retaining structures, composite construction, Footings, Reinforcement details, Shear connector design

Introduction to strength of materials, fourth edition

Author: RK Bansal

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: ENG305

Topics: stress, strain, elastic constant, strain energy, shear force bending moment, center of gravity, moment of inertia, bending stress, deflection of beam, dam, deflection of cantilever

Strength of engineering materials

Author: ENG

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: ENG305

Topics: Force, load stress, deformation, strain, Tensile test, Elasticity, Mohr circle

Strength of materials material

Author: GRANIT CHIKA

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: ENG305

Topics: Tensile stress, Compressive test, Strain, deformation, force, load, shearing forces, bending moments, beam, bending stress, flexural stress, colums, torsion, Strength of materials

Prestressed Concrete A Fundamental Approach, Fifth edition

Author: Edward Nawy

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: STE509

Topics: fiber stress, stress-strain curve of concrete, creep, shrinkage, nonprestressing reinforcement, ACI Maximum permissible stress, AASHTO maximum permissible stress, circular prestressing, elastic shortening of concrete, steel stress relaxation, creep loss, shrinkage loss, anchorage-seating loss, service-load design, composite beam, ultimate-strength flexural design, shear strength, torsional strength, web-shear reinforcement, dowel reinforcement, torsional behavior, indeterminate frame, indeterminate portal, camber, deflection, crack control, prestressed compression, tension member, LRFD, seismic shear

Strength of materials, Fifth edition

Author: RK Rajput

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: ENG305

Topics: stress, strain, centroid, inertia, bending moment, shear force, deflection of beams, fixed beam, continous beam, thin shells, joint, shafts, spring, column, struts

strength of materials

Author: ENG305

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: ENG305

Topics: Tension, Compression, and Shear, Deflection

Introduction to Aircraft (Aerospace) Materials

Author: AED AFIT

School: Air Force Institute of Technology

Department: Engineering

Course Code: AED301

Topics: Aircraft Materials, Aerospace Materials, aluminum, Titanium, Magnesium, steel, super alloys, Fibre–polymer composites, Fibre–metal laminates, Factor of safety, Design factor, safety factor, Network Polymers, Deformation mechanisms, Semi crystalline polymers, plastic polymers, elastomers deformation mechanism, Thermoplastics, Thermosets, Time-Dependent Deformation, Stress relaxation test, Advanced Polymers, Ultrahigh Molecular Weight Polyethylene

Mechanics of Materials ,9th edition

Author: Barry Goodno, James Gere

School: University of Nigeria, Nsukka

Department: Engineering

Course Code: EGR201

Topics: Tension, Compression, Shear, Axially Loaded Members, torsion, Shear Forces, Bending Moments, stress analysis, strain analysis, plane stress, Deflections of Beams, Statically Indeterminate Beams, columns, materials

Craig's Soil Mechanics, 7th edition

Author: RF Craig

School: Bayero University, Kano

Department: Engineering

Course Code: CIV3304

Topics: Soil mechanics, Soils basic characteristics, Soils nature, Particle size analysis, fine soils plasticity, Soil description, Phase relationships, Soil compaction, Seepage, Soil water, Permeability, Seepage theory, Flow nets, Anisotropic soil conditions, Non-homogenous soil conditions, Transfer condition, Grouting, Frost heave, Effective stress, effective stress principle, Partially saturated soils, Shear strength, Shear failure, Shear strength tests, Sands shear strength, Saturated clays Shear strength, Pore pressure coefficients, Stresses, displacements, Elasticity, Plasticity, Stresses from elastic theory, Displacement from elastic theory, Lateral earth pressure, Rankine's theory of earth pressure, Coulomb's theory of earth pressure, Gravity walls, Embedded walls, Braced excavations, Diaphragm walls, Reinforced soil, Slopes stability, Plane translational slip analysis, long-term stability, Embankment dams, Ground investigation, Borehole logs, Geophysical methods, Ground contamination

Electric Power System Planning Issues, Algorithms and Solutions

Author: Hossein Seifi, Mohammad Sadegh Sepasian

School: Federal University of Technology, Owerri

Department: Engineering

Course Code: PSE513

Topics: Electric Power System Planning, Power System Structure, Optimization Techniques, Heuristic Technique, Load Characteristics, load forecasting, load driving parameters, Spatial Load Forecasting, Long Term Load Forecasting Methods, Single-bus Generation Expansion Planning, Multi-bus Generation Expansion Planning, Linear Programming, Substation Expansion Planning, Network Expansion Planning, Reactive Power Planning, Power System De-regulating, Power System Uncertainties

Concrete Technology Theory and Practice, Multicolour Edition

Author: MS Shetty

School: Bayero University, Kano

Department: Engineering

Course Code: CIV5307

Topics: Concrete technology, Cements, Modern cements history, Portland cement manufacturing, Portland cement wet process manufacturing, Portland cement dry process manufacturing, Cement chemical composition, Cements hydration, Heat of hydration, Calcium silicate hydrates, Calcium hydroxide, calcium aluminate hydrates, hydrated cements structure, Water requirement for hydration, Cement types, ASTM cements classification, Ordinary Portland cement, Rapid hardened cement, Extra rapid hardening cement, Portland slag cement, Quick setting cement, super sulphated cement, low heat cement, Portland pozzolana cement, coloured cement, hydrophobic cement, masonry cement, expansive cement, Cement testing, Aggregates, aggregates testing, Aggregates form igneous rock, aggregates from sedimentary rocks, aggregates from metamorphic rock, aggregate crushing value, aggregates impact value, aggregate abrasion value, Deval attrition test, Dorry Abrasion test, Los Angeles test, modulus of elasticity, bulk density, specific gravity, Sieve analysis, Aggregates testing, Water, water qualities, Sea water for mixing concrete, Admixture, construction chemicals, Plasticizers, water reducers, Workability, Plasticizers action, Superplasticizers classification, Factors affecting workability, Superplasticizers types, Fresh concrete, Fresh concrete water content, Fresh concrete mix proportions, Aggregates sizes in fresh concrete, Aggregates shape, Surface texture, Admixture use in fresh concrete, Workability measurement, Slump test, k-slump test, aggregates grading, compacting factor test, flow test, flow table apparatus, vee bee consistometer test, setting of concrete, Manufacture of concrete process, Concrete compaction, Concrete curing, Concrete strength, Water-cement ratio, Strength gaining with age, Concrete maturity concept, Bond strength, High strength concrete, Elasticity, Creep, Shrinkage, Aggregates elastic properties, Modulus of Elasticity, Dynamic modulus of elasticity, Poison's ratio, Creep rheological representation, Creep measurement, Factors affecting creep, Aggregate influence, Mix proportion influence, Shrinkage, Plastic Shrinkage, Drying Shrinkage, Moisture movement, Autogenous Shrinkage, Carbonation shrinkage, Concrete Durability, Strength to Durability relationship, Concrete volume change, Durability definition, durability significance, Permeability, Cement paste permeability, Concrete permeability, Plastic shrinkage cracks, Settlement cracks, Thermal shrinkage, Hardened concrete testing, Concrete mix design, Special concrete, concrete methods

An Instructor’s Solutions Manual to Accompany Engineering Mechanics statics, 4th edition

Author: Andrew Pytel, Jaan Kiusalaass

School: University of Benin

Department: Engineering

Course Code: MEE211

Topics: statics, Newtonian mechanics, force systems, force, couples, coplanar force systems, coplanar equilibrium analysis, equilibrium, Three-dimensional equilibrium, free-body diagrams, independent equilibrium equations, beams, cables, dry friction, ropes, flat belt, disk friction, rolling resistance, centroids, distributed loads, moments, Mohr's circle, virtual work, potential energy, virtual displacements

Engineering Mechanics, Statics 4th edition

Author: Andrew Pytel, Jaan Kiusalaass

School: University of Benin

Department: Engineering

Course Code: MEE211

Topics: statics, Newtonian mechanics, force systems, force, couples, coplanar force systems, coplanar equilibrium analysis, equilibrium, Three-dimensional equilibrium, free-body diagrams, independent equilibrium equations, beams, cables, dry friction, ropes, flat belt, disk friction, rolling resistance, centroids, distributed loads, moments, Mohr's circle, virtual work, potential energy, virtual displacements

Tests related to Strength of materials 2016,2017

Physics (JAMB)

School: WAEC, JAMB & POST UTME

Department:

Course Code: JAMB

Topics: Physics, JAMB, Friction, work, force, motion, speed, velocity, energy, hydraulic press, relative density, hydrometer, gas law, sound wave, wave, light, mirror,capacitor, electricity, pressure

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