Reply to "Cooling and ignition advance"

jannemMember

quote:
Originally posted by PanteraTurbo:
As you can see the orifice is exposed to manifold vacuum at very small plate opening.

True, and at thinking about this a little more it would make sense why it follows manifold vacuum at WOT too. If you consider that the air velocity profile in the throat is not even. At the throat wall you get to the boundary layer, where the velocity is close to zero. Would be interesting to test for myself with two meters.

9/3/1211:37 AM

<ul id="{%=id%}ButtonGroup" class="button-group h-popup-buttons even-button-group even-1">
    <li id="{%=id%}Okay_buttonContainer"><a id="{%=id%}Okay" href="javascript:void(0);" class="button success no-margin-bottom h-alert-modal-ok-button" role="button">OK</a><script type="text/javascript">
        (function() {
            function {%=id%}Okay_click(event, data) {
            {%=id%}Popup.hide();
        }
        
                $('#{%=id%}Okay').on('click', {%=id%}Okay_click);
        })();
    </script></li></ul><a href="javascript:void(0);" class="close-reveal-modal" aria-label="Close Modal">&#215;</a><div class="last-modal-focus focus-utility-element" tabindex="0"></div>
</div>
<script type="text/javascript">
        (function() {
            {%=id%}Popup = new SS.Popup.ModalPopup('{%=id%}');
        })();
    </script>

Skip to main content

Membership Required

Remove From Your Block List

Manage Follow Preferences

Block

Please wait...