Questions › Author "admin"Filter:QuestionsSubscribesSort byViewsAnswersVotesWhat will be the relation between E (Young’s modulus of Elasticity) and K ( bulk modulus), when Poisson’s ratio is 0.25?OpenVideRime asked 5 years ago • Civil Engineering, Strength of Materials215 views0 answers0 votesThe ratio of young’s modulus to modulus of rigidity for a material having Poisson’s ratio 0.2 isOpenVideRime asked 5 years ago • Civil Engineering, Strength of Materials223 views0 answers0 votesConsider the following factors: a) Large number of loading cycles b) Large variations in stress c) Large stress concentrationsOpenVideRime asked 5 years ago • Civil Engineering, Strength of Materials233 views0 answers0 votesWhich of the following materials is expected to have the least value of Young’s modulus of elasticity?OpenVideRime asked 5 years ago • Civil Engineering, Strength of Materials281 views0 answers0 votesThe intensity of direct longitudinal stress in the cross-section at any point distant r from the neutral axis, is proportional toOpenVideRime asked 5 years ago • Civil Engineering, Strength of Materials215 views0 answers0 votesIn Brinell hardness test, the type of indentor used isOpenVideRime asked 5 years ago • Civil Engineering, Strength of Materials222 views0 answers0 votesWhich of the following is a relatively ductile material?OpenVideRime asked 5 years ago • Civil Engineering, Strength of Materials205 views0 answers0 votesCreep of a material isOpenVideRime asked 5 years ago • Civil Engineering, Strength of Materials214 views0 answers0 votesTotal number of elastic constant of an isotropic material areOpenVideRime asked 5 years ago • Civil Engineering, Strength of Materials264 views0 answers0 votesStrain energy due to sudden axial load is given by : ( σ : Resultant stress, P : Axial load, Δ : Deformation, ε: Strain, E : Modulus of Elasticity)OpenVideRime asked 5 years ago • Civil Engineering, Strength of Materials348 views0 answers0 votesShare this Now with Friends: Share on WhatsApp (Opens in new window) WhatsApp Share on Telegram (Opens in new window) Telegram More