Originally posted by: Howard
The bars that are the grate have a triangular cross-section... triangular prisms... extruded triangle... they are arrayed together to produce, well, a grate. In one orientation, the bars are oriented so that the flat part of the triangles lay on the bottom while the contact surface is made up of the upper edges of these triangular prisms. The other orientation is where the grate is flipped and the flats of the triangular prisms are now on top.
Originally posted by: Howard
The bars that are the grate have a triangular cross-section... triangular prisms... extruded triangle... they are arrayed together to produce, well, a grate. In one orientation, the bars are oriented so that the flat part of the triangles lay on the bottom while the contact surface is made up of the upper edges of these triangular prisms. The other orientation is where the grate is flipped and the flats of the triangular prisms are now on top.
Thank you.Originally posted by: Amused
Originally posted by: Howard
The bars that are the grate have a triangular cross-section... triangular prisms... extruded triangle... they are arrayed together to produce, well, a grate. In one orientation, the bars are oriented so that the flat part of the triangles lay on the bottom while the contact surface is made up of the upper edges of these triangular prisms. The other orientation is where the grate is flipped and the flats of the triangular prisms are now on top.
The pointy side goes up.
Originally posted by: Howard
The bars that are the grate have a triangular cross-section... triangular prisms... extruded triangle... they are arrayed together to produce, well, a grate. In one orientation, the bars are oriented so that the flat part of the triangles lay on the bottom while the contact surface is made up of the upper edges of these triangular prisms. The other orientation is where the grate is flipped and the flats of the triangular prisms are now on top.
Originally posted by: Amused
Originally posted by: Howard
The bars that are the grate have a triangular cross-section... triangular prisms... extruded triangle... they are arrayed together to produce, well, a grate. In one orientation, the bars are oriented so that the flat part of the triangles lay on the bottom while the contact surface is made up of the upper edges of these triangular prisms. The other orientation is where the grate is flipped and the flats of the triangular prisms are now on top.
The pointy side goes up.
Originally posted by: spidey07
Flat side goes up. Bigger grill marks = more flavor.
Originally posted by: guyver01
Originally posted by: spidey07
Flat side goes up. Bigger grill marks = more flavor.
:laugh:
just like a bigger wing = more HP ?
Originally posted by: spidey07
Flat side goes up. Bigger grill marks = more flavor.
Originally posted by: Amused
Originally posted by: spidey07
Flat side goes up. Bigger grill marks = more flavor.
No, it's pointy side up. I've seen these grills before. They are shaped that way for rigidity.
Originally posted by: Amused
Originally posted by: spidey07
Flat side goes up. Bigger grill marks = more flavor.
No, it's pointy side up. I've seen these grills before. They are shaped that way for rigidity.
Originally posted by: Amused
Originally posted by: spidey07
Flat side goes up. Bigger grill marks = more flavor.
No, it's pointy side up. I've seen these grills before. They are shaped that way for rigidity.
Originally posted by: Leros
Originally posted by: Amused
Originally posted by: spidey07
Flat side goes up. Bigger grill marks = more flavor.
No, it's pointy side up. I've seen these grills before. They are shaped that way for rigidity.
rigidity for what? the 16oz steak you put on it?
Originally posted by: Nik
Originally posted by: Amused
Originally posted by: spidey07
Flat side goes up. Bigger grill marks = more flavor.
No, it's pointy side up. I've seen these grills before. They are shaped that way for rigidity.
Oh, pointy side up? For rigidity? There's got to be another reason for such a weird design.