Machine Design Assignment help , Machine Design Homework Help
Services for Machine Design Assignment help & Machine Design Homework help. Our Machine Design Online tutors are available for instant help for Machine Design assignments & problems. Machine Design Homework help & Machine Design tutors offer 24*7 services . Send your Machine Design assignments at email@example.com or else upload it on the website.
Machine Design assignment help & Machine Design Homework help.
Tools that are used in machine design are MathCAD, TK Solver, MATLAB, CAD and FEA.
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- Design and application of machine components such as brakes, clutches, gears, mechanisms, bearings, ways, sleeves, and bushings.
- Lubrication of machine elements such as gaskets, seals, "o" rings, and fasteners. Design techniques and the design of a simple machine.
- Stress Concentration ,Fully Reversed Stress ,Design process , Physical behavior and computer simulation
- Materials selection , Prototyping.
- Design for manufacture and assembly
- Cost analysis ,Axiomatic design ,Comparative analysis of design schools , User centered design , Final design project ,Shafts: Loading and power, Stress and ,Failure, Deflection and Design,detailed design for significant components of a machine
- Non-Zero Mean Stress ,Goodman Diagram ,Combined Loading ,Shaft Design, Keyways ,Stress Analysis Procedure ,Fracture Forensics ,Fatigue S-N Diagram ,Endurance Limits , Marin Factors
- Design of mechanical components to avoid failure during operation , failure theories, and specific mechanical components in design context.
Spring Design , Joining and Fastening Methods.
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Help for complex topics like:
- Rolling Element Bearings ,Bearing Selection, Radial Loading ,Combined Loads ,Gear Geometry ,Gear Loads ,Gear Stresses ,Gear Strength ,Gear Safety Factors ,Helical Springs ,Spring Stresses
- Spring Rates ,Static Failure (Springs) ,Fatigue Failure (Springs) ,Bolt Geometry ,Bolt Strength ,Controlling Preload ,Joint Constant, C Bolt and Member Stiffness ,Bolt Factors of Safety
- Short Shoe Brakes ,Long Shoe Brakes ,Uniform Pressure ,Uniform Wear ,Disk Clutch/Brake ,Distortion Energy ,Failure theories, Shear and Normal , Brittle Materials ,Stress Intensity, Fatigue ,Fatigue failure criteria
- Fasteners: bolts, pins, and rivets ,Springs: Compression, Extension & Torsion ,Screws types, stresses, strengths ,Spur gears: materials, manufacturing, design, loading Gears: helical, bevel, worm,
- Gear trains ,Keys & Couplings ,Bearings and mounts ,Fly wheels, critical speeds ,Clutches and Brakes ,Belts and chains ,Surface Fatigue ,Wear ,Welds/ ,Engineering design to an open-ended machine project ,Welding
Get instant help for Machine Designs , Report writing, case studies , thesis writing & project proposal.
- Designs , failure modes & safety factors, statics, free-body diagrams, equilibrium of beams, bending moment & shear force diagrams, use of singularity functions
- Vibrational & impact loading, properties of materials, tensile test & stress-strain curve, ductile & brittle materials, Young’s modulus & elastic limit, yield strength & ultimate strength, strength in compression, modulus of rigidity & shear strength, impact & fracture toughness
- Brinell, Rockwell hardness, heat treatment & cold working, stress in mechanical components , direct & shear stresses, stress tensor, principal stresses, plane stress
- Mohr circle diagram, 3D stress, Mohr 3-circle diagram, tension, bending, torsional stresses, superposition, combined stresses, deflection analysis of beams, statically indeterminate beams, deflections by Castigliano’s method, stress concentration effects, columns & elastic instability
- Design for static loading , safety factors, maximum normal stress theory, maximum shear stress theory, distortion energy theory, design for fatigue loading , historical context & anecdotes, phenomenology of fatigue failure
- R. R. Moore rotating beam test, SN diagram & endurance limit, endurance limit, modification factors, characterization of cyclic loads, Goodman diagram, load lines, safety factors, stress concentration factors in fatigue, fatigue under multi axial stresses, cumulative fatigue damage
- fracture mechanics approach to fatigue, surface failure , surface roughness characterization, coefficients of friction, adhesive, abrasive, corrosive wear, Hertzian contact stresses, surface fatigue, spalling & pitting, Concepts from Strengths of Materials, Static/Dynamic Failure
- Stress Intensity Factors, High-Cycle Fatigue Analysis, Bolts and Fasteners, Bearing Selection and Shaft Design, Gears, Machine Design Process, Failure theories
- Pins, and rivets , Springs, Compression, Extension & Torsion , Screws types, stresses, strengths , Spur gears, materials, manufacturing, design, loading , Gears: helical, bevel, worm , Gear trains.
- Solid Modeling/FEA , design process, design of machine elements
- Spring design, Joining methods, Fastening methods, Shafts, Keys, Couplings, Bearings , Lubrication, Gear trains, Spur gears, Helical, Bevel, Worm gears, System design , Optimization, Design with microcomputers