diff --git "a/examples/fundamental-laws/m4/th\303\251venin-norton-theorem.m4" b/examples/fundamental-laws/m4/thevenin-norton-theorem.m4
similarity index 100%
rename from "examples/fundamental-laws/m4/th\303\251venin-norton-theorem.m4"
rename to examples/fundamental-laws/m4/thevenin-norton-theorem.m4
diff --git "a/examples/fundamental-laws/th\303\251venin-norton-theorem.py" b/examples/fundamental-laws/thevenin-norton-theorem.py
similarity index 98%
rename from "examples/fundamental-laws/th\303\251venin-norton-theorem.py"
rename to examples/fundamental-laws/thevenin-norton-theorem.py
index 564f89ece..a31c57af1 100644
--- "a/examples/fundamental-laws/th\303\251venin-norton-theorem.py"
+++ b/examples/fundamental-laws/thevenin-norton-theorem.py
@@ -40,7 +40,7 @@
 #r#         V_{th} & = I_{No} R_{no}
 #r#       \end{align}
 
-#f# circuit_macros('thévenin-norton-theorem.m4')
+#f# circuit_macros('thevenin-norton-theorem.m4')
 
 #r# In circuit theory terms, these theorems allows any one-port network to be reduced to a single
 #r# voltage or current source and a single impedance.