Boundary Value Problems MCQ

Test your knowledge with important Boundary Value Problems MCQ and their applications. These MCQs are beneficial for competitive exams too. Explore 30 + more Boundary Value Problems MCQs at Bissoy

• In a 3D axisymmetric solid, because of symmetry about the longitudinal axis, the stresses do not vary along ___ coordinate.
  ক

  x

  খ

  y

  গ

  z

  ঘ

  θ
• In a static structural type Boundary Value Problem, at any hinged support, How many non-zero Degrees Of Freedom exist?
  ক

  0

  খ

  1

  গ

  2

  ঘ

  3
• In a static structural type Boundary Value Problem, at any roller support, How many non-zero Degrees Of Freedom exist?
  ক

  0

  খ

  1

  গ

  2

  ঘ

  3
• In a static structural type Boundary Value Problem, at any fixed support, How many non-zero Degrees Of Freedom exist?
  ক

  0

  খ

  1

  গ

  2

  ঘ

  3
• In a solid of revolution, if the geometry, support conditions, loads, and material properties are all symmetric about the axis and are independent of θ, then the problem can be treated as a ____
  ক

  two-dimensional one

  খ

  one-dimensional one

  গ

  three-dimensional one

  ঘ

  plane strain
• In a two-dimensional static structural problem, the various non-zero stresses are ____ b) σ= c) σ= d) σ=
  ক

  σ=

  খ

  σxσyσz

  গ

  σxσyσz

  ঘ

  σxσyσz
• In Finite Element Methods (FEM), In two-dimensional problems, we shall have two types of errors, one due to the approximation of the solution and the other due to approximation of the domain.
  ক

  True

  খ

  False
• In Finite Element Methods (FEM), a boundary value problem is a set of differential equations with a solution, which also satisfies some additional constraints, known as ___
  ক

  boundary conditions

  খ

  nodal values

  গ

  equilibrium equations

  ঘ

  energy minimum
• In Finite Element Methods (FEM), in two-dimensional problems, we approximate solution on a domain but not the domain itself.
  ক

  True

  খ

  False