@@ -98,7 +98,7 @@ class ElasticityWrapperBase(ABC):
9898 mu : ExpressionT
9999 r"""Expression or value for the shear modulus :math:`\mu`."""
100100 nu : ExpressionT
101- r"""Expression or value for Poisson's ration :math:`\nu`."""
101+ r"""Expression or value for Poisson's ratio :math:`\nu`."""
102102
103103 @abstractmethod
104104 def apply (self , density_vec_sym , qbx_forced_limit , extra_deriv_dirs = ()):
@@ -118,7 +118,7 @@ def apply(self, density_vec_sym, qbx_forced_limit, extra_deriv_dirs=()):
118118 def apply_derivative (self , deriv_dir , density_vec_sym , qbx_forced_limit ):
119119 """Symbolic derivative of the elasticity single-layer kernel.
120120
121- This constrcts an object array of symbolic expressions for the vector
121+ This constructs an object array of symbolic expressions for the vector
122122 resulting from integrating the *deriv_dir* target derivative of the
123123 dyadic elasticity kernel with the density *density_vec_sym*.
124124
@@ -186,7 +186,7 @@ def apply_derivative(self, deriv_dir, density_vec_sym, dir_vec_sym,
186186 qbx_forced_limit ):
187187 """Symbolic derivative of the elasticity double-layer potential.
188188
189- This contructs an object array of symbolic expressions for the vector
189+ This constructs an object array of symbolic expressions for the vector
190190 resulting from integrating the *deriv_dir* target derivative of the
191191 triadic elasticity kernel with variable *density_vec_sym* and the
192192 source direction *dir_vec_sym*.
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